November rains

Matula Thoughts Nov 2, 2018

November rains


3724 words

One.

Autumn will transition from the front windshield to the rearview mirror this month, with November showers and Thanksgiving soon to follow. Colorful drives to work on Huron Drive, shown above a few weeks ago, are already memories as another seasonal foliage falls away and biological preparations begin for next season. [Below: back yard, October.]

While November rainfall is usually around the yearly average in Ann Arbor, at 3.07 inches, it bites harder than summer or earlier autumn precipitation, edging closer to snow. Last night’s rain was a taste of things to come. In contrast, November meteor showers, truly high lights, are considerably more prominent than in any other month. These falling or shooting stars are also seasonal, extraterrestrial bits of rock, usually nickel or iron, heating up and glowing as they enter the atmosphere 45-75 miles high and 45,000 miles per hour. Most night skies in the year display 5-8 sporadic meteors hourly, but in autumn, November especially, meteor storms are intense with more than 1000 shooting stars per hour. The Greek derivation of meteor means high in the air. Classification varies, with asteroids and comets as the larger interplanetary travelers while micrometeoroids and interplanetary dust are at the other end of the scale. The Meteor Data Centre lists some 900 meteor showers, but barely a dozen are well-known.

The Andromedids meteor shower first showed up soon after the University of Michigan Medical School opened its doors in 1850, when Biela’s Comet, passing near Jupiter, disintegrated into countless pieces around 1852. Earth passes through these remnants, among other celestial bits, every autumn with peak nights this year November 9-14. The Leonid shower, peaking November 15-20, contains meteoroids up to 10 mm diameter and 0.5 grams, annually depositing 12-13 tons of its stardust on Earth. The Alpha Monocerotid and Northern Taurid showers occur later in the month. Names come from the zodiac constellation locations of the origins (radiants) of the individual meteors in the night skies. [Above: all-sky fish-eye view of Leonid shower 17 November 1998, Modra Observatory, Comenius University, Bratislava. Wikipedia.] The existential threat of a large meteor strike, of course, is always “out there.”

Thanksgiving history precedes the Andromedids with origins in 16th century England where the monarchy, initially fused with Roman Catholicism, was intolerant of dissenting religions. The Church instilled many religious holidays in daily life and the calendar, 95 Church holidays not counting Sundays until 1536, when King Henry VIII, seeking an heir and other matrimonial opportunities, initiated the English Reformation. As supreme head of the Church of England, he and the new national religion were no less tolerant of dissenting religions, and pilgrims and puritans who couldn’t tolerate English intolerance relocated to North America where they initiated Thanksgiving ceremonies in Canada (1578), Virginia (1619), and Massachusetts (1621).

[Above: Shrine at Berkley Plantation, site of proposed “First Thanksgiving” December 4, 1619, in what would become Virginia. Wikipedia.]

Reforms of King Henry VIII reduced the Church holidays to 27 in 1536, but remaining dissenters argued to eliminate them entirely, calling for Days of Fasting or Days of Thanksgiving in reaction to the overwhelming burden of state-ordained religious holidays; disasters elicited fasting days while happier events, such as defeat of the Spanish Armada or birth of royal children, bringing thanksgiving days.

Independence of the United States brought separation of religion from government, and the fortunate afterthought of the First Amendment guaranteed freedom of religion and four other specified freedoms: speech, assembly, the press, and the right to lobby the government in redress of grievances. A book, The Soul of the First Amendment, by Floyd Abrams gives some of the backstory of that cornerstone of democracy, initially taken for granted in The Constitution. [Abrams F. Yale University Press. 2017.]

 

Two.

Thanksgiving and Ohio. Thanksgiving has largely avoided encroachment by the greeting card industry, which hasn’t pursued this unusual Thursday holiday as much as it has religious holidays, birthdays, Mother’s Day, or Father’s Day, to name a few. Some ingenious friends and colleagues, however, devise their own Thanksgiving greetings such as this from Nesbit alumnus, Frank Begun (1984), now at Ohio State, a few years back.

Frank looked more like a curmudgeonly surgeon than a cheerful Thanksgiving pilgrim, although his Michigan moustache in his Ohio State workplace, warmed our hearts.
I was at Ohio State last month as the Chester Winter Visiting Professor, where Cheryl Lee (1997) is the chair of urology, following Bob Bahnson.

Dr. Winter, a trainee like me from Willard Goodwin’s urology program at UCLA, led Ohio State Urology from 1960 to 1978 when Henry Wise II took over. Chester still lives in the Columbus area, but was unable to attend the education day that I greatly enjoyed in his honor. Chester got his BA and MD from the University of Iowa in 1943 and 1946 and trained in urology at UCLA. Chester co-invented radioisotope renography in 1955 and radioisotope cystography in 1960. He educated a generation of medical students and residents in urology, and cared for thousands of patients. Chester innovated procedures for priapism and incontinence, and contributed significantly to the urological literature. He has also written widely in American history, including a book on the history of Columbus, Ohio (below).

An interview with Chester online from the University of Iowa (May 16, 2017): “If you could change one thing about the practice or business of medicine, what would it be? Equality of opportunity and adequate quality in all the benefits.” [Above: Chet & Sandy, October, 2018, photo courtesy Cheryl Lee. Below: Cheryl, Emefah Loccoh medical student, Rama Jayanthi.]

Another Buckeye link, is Milwaukee pediatric urologist Jon Ellison (OSU MD and Nesbit 2013), after a stint in Seattle. Jon’s dad, Chris Ellison, was chief of surgery and medical school dean at Ohio State. Chris, Bob Bahnson, and I served together on the American College of Surgeons. The Winter Symposium was held by the Ohio State Urology Department at Nationwide Children’s Hospital, where Rama Jayanthi leads a superb pediatric urology team. Many residents and faculty, including the non-pediatric cohort, were present for the day. I’m grateful to the three chief residents who picked me as the Winter Professor and want to compliment Cheryl on the very strong OSU program and the intellectual excitement I saw there. [Below: chief residents Kristin Ebert, Joshua Ebel, Joseph Wan.]

Ohio State, Michigan’s perpetual Big Ten rival on playing fields, is a land-grant university, like most other Big Ten schools. Michigan, however, has a different origin story that began when America, at the start of the 19th century, nearly doubled in size after Thomas Jefferson’s Louisiana Purchase in 1803, that turned the American northwest into the midwest. Michigan territory got carved out in 1805 and territorial judge, Augustus Woodward, had an educational vision for the region that included a University of Michigan.

 

Three.

Higher education in America traces back, conceptually, to 1618 when Henrico College in Virginia was chartered by the London Company and given a grant of land and donation of a library, but a native American uprising killed the local colonists in 1622 before any educational program had started and the charter was revoked in 1624. Harvard College in Boston, founded in 1636 to educate the next generation of clergymen and civic leaders, fared better. The London Company and other New World ventures gave way to 13 colonies and a United States of America in 1776. After a rapid doubling of the national geography, it was evident that builders were needed, alongside the educated clergymen and civic leaders, to create national infrastructure. Rensselaer Polytechnic Institute (RPI) in 1824, introduced the German scientific/technical college, the next type of higher education in America. Stephen van Rensselaer and Amos Eaton established RPI for the “application of science to the common purposes of life.” [Wikipedia] Coincidentally (but not simultaneously) both Cheryl Lee and I graduated from RPI.

Medical education was separate from the rest of higher education in 19th century American colleges. Medicine, with little preliminary educational requirements, was taught, by lectures, cadaver demonstrations, preceptorships, and apprenticeships. The oldest public medical school, the College of Medicine of Maryland, charted in December 1807, founded the University System of Maryland and was at the time only the fifth medical school in the United States (after the University of Pennsylvania in 1765, Harvard University 1782, Dartmouth College 1798, and Columbia College of Physicians and Surgeons earlier in 1807.) Most medical schools throughout the entire 19th century were stand-alone small-scale private enterprises until after the mid-19th century when verifiable and scientific conceptual knowledge merged with new technology to bring specialized skills to clinical practice.

Augustus Woodward in 1816 published, A System of Universal Science, and proposed an epistemological framework for education, envisioning a catholepistemiad, or university, with a medical school called Iatrica and comprised of fields of anatomia, zoönomia, therapeutria, anthropiatria, chirurgia, mæeutria, zoötomia, and zoïatria. The rudimentary University of Michigania began in Detroit in 1817, but didn’t deploy Iatrica until 1848 after relocation to Ann Arbor, then calling it the Department of Medicine and Surgery. Abram Sager, the best educated of the five founders of the new medical branch, had graduated RPI in 1831 and obtained his medical degree from Castleton Medical College in Vermont before coming to Ann Arbor.

 

Four.

Land grant agricultural schools comprised the next iteration of higher education in America. Michigan State University in 1854 was a model for the federal Morrill Land-Grant Act of 1862 that allowed states to use proceeds from sales of federal lands, specifically 30,000 acres per state, to establish land-grant schools. Justin Smith Morrill, a founder of the Republican Party and US Congressman and Senator from Vermont between 1855-1898, proposed the act in 1857. [Above: Library of Congress] It was passed by Congress in 1859, but vetoed by President Buchanan. Morrill tweaked the act to include provisions for the colleges to include engineering and military instruction, and President Lincoln signed it into law on July 2, 1862, amidst the Civil War. The act was prohibited to any state “in a condition of rebellion or insurrection.”

Iowa, the first state to implement the Morrill Act, created its State Agricultural College and Model Farm in 1862, later becoming Iowa State University of Science and Technology. After the Civil War, the Morrill Act was extended to former Confederate states as well as future states and territories. If a jurisdiction claimed insufficient federal land to fulfill the land grant, the federal government authorized the state or territory to utilize federal lands in other states. Thus, New York State used Wisconsin timberland to fund Cornell University.

Ohio State University was founded in 1870 as a land-grant university and first named The Ohio Agricultural and Mechanical College, notably Ohio’s ninth higher-educational institution at the time. Its formation had been heavily promoted by Republican President Rutherford B. Hayes, against contrary lobbying by other Ohio public universities, that preceded the land-grant opportunity, namely Ohio University (opening for students in 1809) and Miami University (opening for students in 1824). In 1878, the school name in the charter changed to The Ohio State University to distinguish it from Ohio University.  [Below: National Institute of Food and Agriculture map of land grant colleges.]

 

 

Five.

The research university paradigm was a subsequent iteration of higher education, with the Doctor of Philosophy (PhD), the highest academic degree, as the distinguishing feature of the school. German educational reforms, inspired by Wilhelm von Humboldt, were embodied at the University of Berlin in 1810 under its various names before the present one. The Humboldtian model of higher education merged research, study, and education into the PhD and by mid-19th century many of America’s brightest students would go to Germany for PhDs after completing preliminary studies in America. Yale was among the first American schools to give out PhD’s and others followed. The first PhD hired at the University of Michigan was Franz Brünnow, from Berlin, whom President Henry Tappan brought to Ann Arbor in 1854 to deploy the university’s Detroit Observatory, although it was more than 20 years before Michigan awarded its first two academic PhDs. Victor Vaughan, later dean of the medical school, was one of those two recipients, later recalling:

“I had gone to Ann Arbor in 1874 some days before the sessions was to open. I was to work in the chemical laboratory, that was certain, but I wished to enter the graduate school and, if possible, secure a higher degree… In June, 1875, I was granted the degree of Master of Science. I wrote a thesis on ‘Separation of Arsenic and Antimony.’ This was published in the American Chemical Journal… In the fall of 1875 I continued in the same graduate work for the degree of Ph.D. This was the first time that this degree was offered ‘in course’ at Michigan. Hitherto it had been given, if at all, as an honorary degree, but about this time, it appears that the leading universities in this country decided to drop it as an honorary and offer it as a working degree. In this they followed the German Universities… There were two of us, the other being William H. Smith, who had graduated at Michigan and had taught one year at Vassar. Both of us received the coveted honor and entered the Medical School in the fall of 1876.” [Vaughan VC. A Doctor’s Memories. Bobbs-Merrill Company, Indianapolis, 1926. P. 94-99.]

Vaughan obtained an MD according to Michigan’s original two-year program, which soon thereafter became a three-year and then a four-year curriculum, and in time totally under the charge of Dean Victor Vaughan.

Within a century, a fifth iteration of higher education was evident here at the University of Michigan as well as some other universities that encompass all previous four iterations plus many other public goods and performing arts, including museums, athletic competitions, theaters, musical series, hospitals, health care centers, patent ownership, technology spin-off companies, and commercial partnerships. Most major universities have medical schools and, over time, many medical schools became closely tied to academic health care centers or networks, even fully integrating them as in our case at the University of Michigan.

 

Six.

The Woodward backstory. “‘Futurity,’ epigrammatically says he, ‘is an object of curiosity to all, but in some that curiosity is mingled with hope, in others with fear.’” This quotation comes from a paper called Augustus Brevoort Woodward – a citizen of two cities, and read March 5, 1900 to the Columbia Historical Society in Washington, D.C. by Charles Moore. [Records of the Columbia Historical Society. Volume 4, 1901. p. 116.] The “he” was Woodward, a curious man of obscure origins who became friends with Thomas Jefferson, then a civilian planter and politician in Virginia around 1795. After a contested election in 1796, Jefferson became Vice President under his rival John Adams on March 4, 1797. Woodward, meanwhile, had moved to Alexandria where he invested in property, with an initial $25,000, in the new Federal City. Woodward’s keen interest in government of that city likely transcended his economic interest, as judged by his numerous writings that also included matters of education and science. [Above: Golbez/maps Wikipedia Commons. Below: Judge Woodward, U.S. Department of Transportation Federal Highway Administration #68586. Woodward Avenue Action Association © 2006.]

Woodward and Jefferson continued their friendship, and after Jefferson won the subsequent presidential election, assuming office on March 4, 1801. Only 19 days later, March 23, Woodward was among the lawyers presenting themselves for admission at the first session of the Circuit Court of the District of Columbia, in the “half-finished Capital.” In a series of papers related to government of the District, Woodward argued for local representational jurisdiction, but in 1802 Congress allowed only a mayor appointed by President Jefferson and a council elected by property owners. The council would include Woodward.

Jefferson’s Louisiana Purchase required new cities, governments, and infrastructure within the Northwest Territory. A Congressional Act on 11 January, 1805, established the Territory of Michigan and required appointment of a governor and three judges. Jefferson named William Hull of Massachusetts as governor and the judges were Woodward, Frederick Bates, and John Griffin, all from Virginia. Woodward arrived in Michigan Territory, on horseback, the weekend after Detroit’s great fire.

Seven.

Woodward and Jefferson had very different personalities, but shared deep interest and expertise in education and in natural history, categorized now as science. The two men were early adaptors of the modern term. Woodward’s interests were expressed most inclusively in his 1816 book, A System of Science, that contained the basis for the University of Michigania, as named in 1817, when Michigan was still a territory. Woodward called the medical branch of knowledge Iatrica, listing its various components in on of the two curious fold-out tables at the end of the book. The grandly-named, but meagerly implemented university opened in Detroit in a modest building, but little record remains of the curriculum and students, except that activity was suspended due to cholera epidemics in 1832 and 1834. [Below: title page of Woodward’s book and fold-out table.]

 

Michigan became a state in 1837 and the University of Michigan moved from Detroit to Ann Arbor in 1838. The medical school didn’t open until 1850, and its official title was The Department of Medicine and Surgery.

 

Eight.

Faculty retention. Astronomy had a big place in the early years of the University of Michigan and its Detroit Observatory, built in 1854, was a marvel of the time. Its first director, Franz Brünnow of Berlin, had met University of Michigan president Henry Tappan who was in Berlin to acquire instruments for the new observatory. Tappan convinced Brünnow to come to Ann Arbor, although factors other than academic opportunity may have been play in the recruitment. Brünnow served from 1854 to 1863, was the first UM faculty appointee with a Ph.D., and married the president’s daughter. University politics, the firing of Tappan by the regents, and anti-German sentiments caused Brünnow to leave for the position as Astronomer Royal of Ireland and director of the Dunsink Observatory. [Above: Detroit Observatory, autumn 2018.]

His successor, James Craig Watson also became a big name in astronomy. Born in 1838, Watson came to Ann Arbor with his family from Fingal, Ontario in 1850, obtained a BA in classical languages in 1857, and then fell under the academic influence of Brünnow, succeeding him as director of the observatory in 1863 until 1878. During those years Watson discovered 22 asteroids, wrote the textbook, Theoretical Astronomy (1868), and was a member of important astronomical expeditions including trips to Iowa to see a solar eclipse in 1869 and China to see the transit of Venus in 1874. During a solar eclipse in Wyoming in 1878 Watson thought he saw planetary bodies closer to the Sun than Mercury and was convinced that a planet, he named Vulcan, existed. He believed that an underground observatory would prove Vulcan’s existence.

Michigan wanted to retain him, but didn’t commit to the odd idea of an underground observatory and Watson left for the University of Wisconsin in 1879 as inaugural director of the Washburn Observatory, with expectations of building the underground apparatus. Watson died of peritonitis, perhaps appendicitis, on November 23, 1880, and was buried in Ann Arbor at Forest Hill Cemetery, leaving a great legacy in astronomy. Vulcan proved to exist only in Star Trek and the underground observatory, built by Watson’s successor at Wisconsin, couldn’t find even the brightest stars and was declared useless. The stories of Brünnow and Watson reveal in academic astronomy, what we know so well in academic medicine: the sky is not always the limit in faculty retention. A lunar impact crater on the far side of the moon is named for Watson and underground detectors recently discovered the neutrino. [Photo below: Watson crater on moon. Acquired by Lunar Orbiter 5, 1967. Lunar Orbital Photo Gallery, NASA.]

 

Nine.

November rain. As Ann Arbor cools down and prepares for Thanksgiving, the month sometimes douses us with sobering realism, a sense captured in the musical ballad of Axl Rose, a work in progress at least since 1986 and released by Guns N’ Roses in their 1991, Use Your Illusion, I. The original album cover by Mark Kostabi evoked a detail in Raphael’s The School of Athens, although to me, the album title and the band’s name are more reflective of several works of Rene Magritte. In the larger sense November Rain, reminds us simultaneously of seasonal meteor showers, the complex nature of humanity, and the sobering reality of global environmental deterioration. The School of Athens detail gives some hope that human intellect, best stewarded in schools and universities, can improve the human condition and lead it forward in some harmony with its resource bank and engine, Earth.

[Above: Raphael (1483-1520) Vatican Collections. Below: detail.]

[Below: Use Your Illusion, I, Guns N’Roses, Geffen Records. 1991.]

[Above: Magritte. The Human Condition, 1933. National Gallery of Art, Washington. Below: Magritte, The Survivor, 1950.]

 

Ten.

Biela’s comet was zipping around Earth for a long, long time before it was identified and named by human beings. Baron Wilhelm von Biela (1782-1856), a German-Austrian military officer who fought in the Austrian Army in military campaigns against Napoleon, provided the name. An amateur astronomer, Biela had a keen interest in comets and sunspots. His comet, 3D/Biela, was recorded as an object in the sky in 1772 by French astronomer Charles Messier, but it was Biela who, in 1826, recognized it as a comet with periodicity of 6.6 years. It was spotted next by John Herschel on September 24, 1832, and calculations indicated that it would pass through the Earth’s orbit October 29, leading to dire predictions of catastrophic collision. Only two other comets had been recognized as periodic at that time, Halley and Encke. Biela also identified the Great Comet of 1823, as did Nell de Bréauté in Dieppe, France, and Jean-Louis Pons working in Italy. Biela’s Comet didn’t crash into the Earth, but rather started to break up before its 1845 return and by 1852 it came back in two large distinct sections, both identified by Otto Wilhelm von Struve, a family name familiar to urologists. [Above: von Biela. Below: drawing of Comet 3D/Biela in February 1846 after split into 2 pieces. 1888 book by E. Weiss, Bilderatlas der Sternenwelt. Sources, Wikipedia.]

The comet pieces were not seen on expected return in 1859 or 1865, but on November 27, 1872 a brilliant meteor shower with 3,000 pieces per hour was seen radiating from the predicted comet position and these meteors became known as the Andromedids, for their position relative to the imaginary Zodiac figure, or historically more precisely as the Bielids.

An intact Biela was making its rounds around Earth when the University of Michigan formed in Detroit in 1817, even if not observed in the sky and recorded by anyone at that particular time, yet shortly after the University Medical Department opened up the comet had been replaced by the Andromedids meteor shower a nightly spectacle of hot November rain witnessed by many if not most Michigan medical graduates over the past 168 years.

 

 

October correction: an earlier edition of October Matula Thoughts mistakenly noted Daylight Savings adjustment would end that month, when in fact it ends this weekend on November 4.

 

David A. Bloom
University of Michigan, Department of Urology, Ann Arbor

October incongruities and congruities.

 

Matula Thoughts 

Oct 5, 2018

October incongruities & congruities.
3813 words

 

One.

October is an odd month, not just with its odd number of days and shortening hours of daylight, but with unpredictable weather shifts including tropical cyclones, the Atlantic hurricanes and Pacific typhoons. Autumn is already in progress and Michigan is fortunate to witness spectacular foliage displays that peak this later this month. October lacks much in the way of major national holidays. Columbus Day, October 8 this year, is observed variably, in some states, Puerto Rico, banks, school districts, the Postal Service, federal and state agencies, but not generalized nationally or celebrated at Michigan Medicine.

Columbus Day had its start when the Tammany Society in NYC and the Massachusetts Historical Society in 1792 celebrated the 300th anniversary of the Columbus landing. A century later, President Benjamin Harrison similarly highlighted the 400th anniversary. Harrison, notably, was the only president (so far) who was the grandson of a president. Columbus Day became a state-level holiday in Colorado in 1907, in 1934 Franklin Roosevelt designated October 12 a national holiday, and since 1971 it has been set on the second Monday of October. The ambiguous details of European “discovery” of America, problematic from the indigenous people perspective, makes it unlikely that Columbus Day will have a long future as a national holiday. Alternatively, Hawaii celebrates Discoverer’s Day and Vermont declared it Indigenous Peoples’ Day. Native American Day is celebrated by California and Nevada on the fourth Friday of September, while in South Dakota on October’s second Monday. Tennessee observes American Indian Day on the fourth Monday of September and other countries in the Americas have their own origin celebrations.

University homecoming events provide other respites in October, although our Urology Department held its Nesbit Alumni reunion prematurely last month, nearly colliding with our biennial Dow Health Services Research Symposium due to coordination with autumn scientific meetings, religious holidays, and the dominating effect of the home football schedule relegating the 2018 Nesbit Meeting to September’s Nebraska game.

October ends with Halloween, an ancient Celtic harvest tradition, now centered on costumed children prowling their neighborhoods for treats, ostensibly as bribes to withhold pranks. Carved pumpkins or turnips become jack-o’-lanterns signaling target-rich households. Pumpkins are more octagonal than spherical to my eye and Halloween face-carving liberates pumpkin fruit for pies and pepita snacks. [Above: Irish Halloween turnip lantern, Museum of Country Life, Turlough Village, County Mayo, Ireland. Courtesy, Wikipedia. Below: October 2, 2018, Dee Fenner and Red Maple tree, outside Dean’s wing.]

 

 

Two.

Recollections of last month include the opening of Michigan Medicine’s Brighton Specialty Center, a large organizational effort led by John Wei, yielding 300,000 square feet of new clinical space. Anne Cameron did three of the first cases in the Brighton Center for Specialty Care operating rooms. [Above: John Wei at pre-opening ceremony. Below: Anne & OR team September 24.]

Our Dow Health Services Research Symposium #4, directed by Chad Ellimoottil and Lindsey Herrel, featured TED-style talks at Power Center.

[Above: Matt Nielsen University of North Carolina with slide congratulating Lindsey and Chad. Below: Greg Auffenberg (Nesbit 2017), Brent Hollenbeck, Chris Saigal of UCLA, Jim Montie.]

The featured speakers and short abstracts and lightning presentations were first rate, including Preeti Malani and Ken Warner (below).

The flying microphone, shown below with Rod Dunn, livened up the atmosphere. Jim Dupree discussed the successful Michigan Urological Surgical Improvement Collaborative (also below).

The following week Chris Sweeney, of Harvard Medical School/Dana Farber Cancer Institute, gave the Jerry Weisbach Lecture, speaking on clinical trial insights regarding prostate cancer heterogeneity. [Below: Chris & Ganesh Palapattu.]

The Nesbit Reunion, later in the week at NCRC (above), featured Toby Chai, Professor of Urology at Yale (Nesbit 1994) as Nesbit visiting professor who gave two excellent talks.

Our own Matt Davenport was the Nesbit guest speaker. John Wei did a superb job, as Secretary-Treasurer, organizing the program and event. [Above: Toby & Matt. Below: John Wei & Sherman Silber N’73.]

Sherman Silber spoke on “Progress making sperm and eggs from skin.” We also heard Kevin Stone and Brian Stork from West Shore Urology. [Below: Dave Harrold N’1978, Surendra Kumar N’81, Dan Piazza N’79, C. Peter Fischer N’79.]

[Below: Utah Pete Fisher N’06 & son Mitch.]

The Nesbit Tailgate entertained alumni and friends from around the country and the victory over Nebraska completed the weekend. Next year, around this time, we will launch the Centennial of Urology at Michigan. [Below top: Meidee Goh, sister Lindee from Boston, husband David Fry; bottom: Yuting Fan, Sherman Silber, David Burk N’89 & brother-in-law Rupert Baily from North Carolina.]

Next year’s Nesbit Reunion, 2019, will open up the year-long Michigan Urology Centennial.

 

Three.

Octopus, octagon, octogenarian, and October come from the Proto-European h₁oḱtṓw stem for eight, an odd fact given that this is the tenth calendar month of the year. How this came to be is a curious quirk of calendar history.

Lunar phases provided the first “calendars” throughout most of human history, marking time between solar days and solar years using the moon’s regular phases. Lunar phases are still essential for fishermen and sailors to predict tides, noting big swings in tidal amplitude during full and new moons (spring tides) and lesser differences during the quarter phases (neap tides). Etruscans and Romans approximated 8-day weeks to lunar cycles to coordinate commercial markets, political affairs, and holidays, although some fudging was necessary each year to match the solar cycle. An early Roman calendar ran from March through December with lunar cycles that filled up 304 days, exclusive of 51 winter days during an “unorganized expanse” of slack time. [Wikipedia entry Nundinae.] The ten calendar months of Romulus were then: Martius, Aprilis, Maius, Iunius, Quintilis, Sextilis, September, October, November, and December.

Julius Caesar gave us the Julian calendar, bringing Roman calendar years into closer agreement with solar years. He implemented the new system on January first in a year that he had no way of knowing would be 45 BC. The Julian Calendar offered three normal years with 365 days and an intervening leap year of 366 days, to make up for the inexact match of solar days to solar years. The leap day was doubled every fourth year to maintain solar synchrony, but nevertheless the calendar gradually lost its alignment with the solar year and by the time of Pope Gregory XIII in 1582, the asynchrony had drifted to 10 full days. Lawyer and law teacher in his earlier career, Ugo Boncompagni was summoned to Rome by Pope Paul III and served Paul IV and Paul V before election to Pope himself. His term was one of church reform, largely in response to the Protestant Reformation. [Below: Pope Gregory XIII portrait by Lavinia Fontana in list of extant papal tombs. Wikipedia.]

Gregory XIII refined the Julian Calendar by advancing the calendar that year so that 4 October was followed, the next day, by 15 October and using leap year spacing to make the average year 365.2425 days long. The Gregorian Calendar, fixing the 10-day drift and shortening the average year by 0.0075 days, is widely used throughout the world today for business and government. Because of Gregory XIII, the October of 1582 lacked a 5th day and nine others in between. The credit for the math involved belongs to Aloysius Lilius, an Italian physician and astronomer, and Christopher Clavius, a German Jesuit astronomer and mathematician.

Science has proven the actual length of solar days vary, due to tides sloshing around and slowing rotation of the Earth. The solar year (tropical year) in 2000 was 365.24219 ephemeris days, ephemeris time (ET) being defined by orbital period rather than axial rotation of Earth. The Système International (SI) divides an ephemeris day into 86,200 SI seconds. For most landlubbers lunar phases have limited utility, although they still show up on modern wrist watches, that keep us on time.

 

Four.

The regular weekly focal point of our department is 7 AM Thursday, regardless of month, when residents and faculty assemble for conferences where each summer a tide of 4th year medical students begins as rotating “clinical clerks” begin to audition for residency training slots. Students spend a month with us in clinics, hospital rounds, operating rooms, and then make individual presentations at Grand Rounds, having been directed and mentored by residents, fellows, and faculty. The tide recedes when nationwide formal interviews begin in October. [Above: Thursday 7 AM conference.]

Out of around 340 students who apply, around 20 clinical clerks, and 47 who interview, we will match 4 students who will spend their next five years or more with us. The candidate pool is very strong academically and in terms of individual personalities, life experiences, drive, and talents, these students are the best of the best of medical students. The proof is seen in our residents.

It is a tough time to be a medical student and entering medicine. Most students have accumulated egregious debt in the form of student loans. This fact is a black mark on our society. There is little excuse for a large medical school tuition bill, students create enough personal debt with living expenses alone during medical school. Society, particularly that of advanced industrialized nations, can afford to teach its next generation of health care workers. As it is, young doctors spend large fractions of their income paying back their debt (with interest) to banks and other funding sources – money that they would otherwise pump back into the economy through local stores, car dealers, home purchases, and Amazon. Philanthropy too would be served because former trainees in their first years of practice would be more likely each year to give a hundred bucks or so to the institutions that taught them (and even to the Nesbit Society), thus developing “a habit of giving back” rather than trying to stay afloat in the tsunami of educational debt.

The uncertainty of health care economics adds to the difficulty for students, and massive regulatory changes coming from the federal government place academic medicine and all of health care at risk, perhaps the greatest risk in our time. Yet, all times have been tough, and many of the best and brightest people continue to choose medical careers.

 

Five.

Political campaigning heats up in October with elections next month for governor, state legislators, other regional officers, one third of the US Senate, and the US House of Representatives. Voter turnout in the US tends to be around 58% of eligible voters in national presidential election and 40% in mid-term elections. Even less turn out in odd years, primaries, or local elections, indicating that Americans take the responsibility of democracy far too lightly. This fact should disturb us at least as much as the idea of foreign governments messing with our processes (that’s what rough opponents do – so why are we surprised and apparently so defenseless?) Below is a chart from the U.S. Census Bureau.

Our predecessors worked hard and against odds to create a government of the people, by the people, and for the people. The Declaration of Independence is a beautiful and aspirational document that explains why people should be entrusted to their own destiny, The Constitution creates a working framework for government, and its Bill of Rights presents a list of individual protections from authority (with some nonsense that politics mixed into it). A greater cynic might argue, given the voter turnout data, that today’s citizens are not working hard enough to protect foundational elements of western society.

On the other hand, deception has its moments and admits many self-serving hucksters and bad actors to the corridors of power. Voters are often attracted to bright shiny celebrities, single issue extremists, or deceptive campaigns. Trickery is part of the human confection, one classic example being the Trojan Horse of Homer’s stories, although new technologies magnify the possibilities of deception and crowd manipulation. Technology aside, our society has failed to properly educate an informed citizenry capable of critical thinking. Biologic trickery takes many forms, and the octopus is one of the most versatile masters, using camouflage, mimicry, threat, shape-shifting, and environmental opacification. While octopi (scientific order Octopoda) may be the biologic champions, humans are good learners.

[Jens Petersen. Image of greater blue-ringed octopus, Hapalochlaena lunulata. Tasik Ria, North Sulawesi, Indonesia GFDL license. Wikipedia.]

 

Six.

Octoberfest. Beer and political campaigning mingle in October. Octoberfest, as a celebration, dates back to 12 October 1810, when citizens of Munich attended festivities around the royal marriage of King Ludwig I to Princess Therese. Münchners, Munich’s community-folk, gathered peacefully to drink beer, watch horse races, and enjoy a day off work, unless they were helping with the crowd, distributing the food and beer, or organizing the races. Civilization requires organizers, workers, and leaders.

Octoberfest has spread around the world as a respite from routine of work and a chance to celebrate as a community. For some people this is simply an excuse to drink beer, but others enjoy some civic sensibility. Beer and other spirits may help navigate the politics that necessarily attend all communities and the periodic stress of politicking to elect around 500,000 state and national public officials.

Leadership is an unfortunate necessity of human affairs, and over the course of documented history it is evident that most leadership has been self-serving, foolish, and extended the sum total of human misery. Nevertheless, seven billion humans need forms of leadership to organize sports, workplaces, community events, local governments, geographic regions, religions, and nations.

The U.S. Congress on 23 January, 1845 passed “An act to establish a uniform time for holding elections of President and Vice President in all the States of the Union.” The Tuesday after the first Monday of November was selected and that date continues to this time. Federal elections occur only in even-numbered years, and presidential elections take place every four years. October, the heaviest month of campaigning, is exhilarating for many people as evidence of the aspiration of “government of the people, by the people, and for the people.” Election day is a public holiday in some states and territories, but not Michigan. November 5 is our next election day.

 

Seven.

October fiction. October Country, the name of a 1943 Ray Bradbury collection of stories, conveys a sense of the oddness of October. The introductory “mini-story,” The Grim Reaper, in the modern paperback version, is a stark commentary on modern humankind in the mid-20th century. [Bradbury. The October Country. Del Rey Ballantine Books, NY. 1996.]

Bradbury used the title, The October Country, as a metaphor for that time of the year when people and places become melancholy with thoughts and preparations for winter. His dystopian novel, Fahrenheit 451, imagines the dark winter of an authoritarian society where free speech no longer exists. The 1966 Francis Truffaut film version with Julie Christie was a classic in its own right. Bradbury (1920-2012), along with Isaac Asimov, Arthur Clark, Robert Heinlein, and Stanislaw Lem carried science fiction into the literary mainstream according to a 2012 obituary [Gerald Jonas, NYT, June 6, 2012.]:

“The futuristic world envisioned by Bradbury among others is coming fast upon us, compelled by the erosion of democracy and the ascendency of technology. We not be able to curtail the latter, but we should be shamed by our pathetic efforts as a species to build and disperse democratic institutions and human rights.”

Machine-learning algorithms, even those multi-layer “neural” networks capable of “deep learning,” in my opinion can ever equate to human intelligence. Programs and systems are built by people susceptible to particular ideologies, biases, “isms,” greed, and other intoxications that plague everyone and their clever systems invariable reflect some, but not all particularities. These algorithms are already in play in our lives and will become increasingly pervasive with autonomous capabilities in many sectors of our lives, however we must be cautious of accepting artificial intelligence (AI) as a substitute for human authenticity. How can AI distinguish between fact and true facts, given the mutability of fact and truth and their continual arbitration, in “real time,” by human values, science, and consensus? A cynic might argue that AI shouldn’t be expected to distinguish between facts and true facts if most humans can’t do so.

Ian Fleming’s final James Bond book, the 14th in the series, Octopussy and the Living Daylights, was a collection of short stories published posthumously in 1966, originally with just those two stories, but later including The Property of a Lady and also 007 in New York. The first story and provided the backstory for the film Octopussy, with Roger Moore in 1983. A pet octopus, owned by the villain, give that story its name and elements of the other stories found their way into other Bond films.

 

Eight.

October tides. Back in the times of the earliest wine and beermakers, days were defined by sunrises and sunsets, tides and lunar phases framed the weeks, and sun and star positions marked out months and years. It must have taken a leap of faith for early thinkers to convince themselves that something as far away as the moon could physically move the massive oceans of earth, but the tidal relationships to moon and sun were recognized as early as the second century BC by Hellenistic astronomer Seleucus of Seleucia who linked tides to lunar position, with height of tides depending on the position of the moon relative to the sun.

Tide tables were made for tourists in China in 1056 so that they could coordinate visits to the legendary tidal bore of the Qiantang River. Due to the mismatch in size between the Hangzhou Bay and Qiantang (Tsientang) River, this daily occurrence with 30 foot tides moving at 25 mph, can double in size when the moon and coincidental typhoons align. This has been celebrated for thousands of years during the 8th month of the lunar year, known as the Mid-Autumn Festival. [David K. Lynch. Scientific American. January, 1982. Alan Taylor. The Atlantic. Sept. 20, 2016.]

Newton may have been deemed a tidal bore when wrote the essay Discourse on the Tides, in 1616 in a letter to Cardinal Orsini and later used calculations and his theory of universal gravitation in Principia in 1687 to explain the tidal influences of sun and moon. Great Lakes tides at their greatest reach 5 centimeters, although much larger standing waves called seiches, caused by wind and atmospheric pressure, are mistaken for tides.

 

Nine.

Tecumseh, Harrison, and the Battle of the Thames. The Thames River in Ontario comes to mind in relation to a famous Native American who died on this day, October 5, 1813. We have many referrals for patient care from our neighboring town, Tecumseh, and while I vaguely recognized this as a Native American name, I knew little until I looked it up and learned this day is the anniversary of a battle in 1813 when Chief Tecumseh was killed at the age of 45. An American Shawnee, he was born in Ohio Country and he grew up amidst the American Revolution and the Northwest Indian Wars. He became a great leader, compelling orator, and staunch advocate for tribal unity.

Tecumseh’s War in Indiana Territory between his American Indian confederacy and the U.S. began with a confrontation in 1810 at Grouseland, the home of William Henry Harrison, governor of the territory. Conflict continued with a defeat for the multi-tribal confederacy at the Battle of Tippecanoe in 1811, and spilled over into the War of 1812 after Tecumseh formed an alliance with Great Britain that helped capture Fort Detroit. After the fledgling U.S. Navy gained control of Lake Erie in 1813, the British and multi-tribal confederacy retreated into Canada, where American Forces engaged them at the Battle of the Thames (also known as the Battle of Moraviantown) and Tecumseh was killed.

[Above: Tecumseh, attrib. Owen Staples. Toronto Public Library. Below: Tecumseh’s War map by Kevin Myers, Wikipedia.]

[Below: Battle of Tippecanoe. Alonzo Chappel Collection, Smithsonian Institute.]

With the death of Tecumseh, the confederacy collapsed and Detroit returned to American control, where only four years later the University of Michigan would be established. Most native Americans were eventually pushed west of the Mississippi.

Harrison considered Tecumseh remarkable, once calling him a genius. With soaring popularity after the War of 1812 Harrison became U.S. House Representative in 1816 and Senator in 1825, truncated by appointment as Minister Plenipotentiary to Gran Columbia in 1828. He returned to private life in Ohio at his farm, but was prompted to make a few runs for presidency, ultimately winning and becoming ninth American President in 1841, the last president born before the Revolution.

Harrison’s term was short-lived as Harrison was sworn in on 4 March 1841 and died of pneumonia a month later. Vice President John Tyler assumed office, but a constitutional crisis concerning succession lingered for more than a century until resolution by the Twenty-fifth Amendment of 1967. Tyler was the son of Founding Father Benjamin Harrison V and the paternal grandfather of 23rd U.S. President Benjamin Harrison, who nationalized Columbus Day.

It might be argued that the choice of our ninth president was a risky one from the point of health vulnerability, at age 68 he was the oldest sworn into office until Ronald Reagan in 1981 at 69. On the other hand, far younger presidents and major political leaders have been cut short by disease or assassination, so perhaps age should be a minor consideration for long range leadership. Representative democracy seems a far better method of leadership selection than royalty, birthright, or sectarian succession, but genetics (or epigenetics) always seems to be lurking behind the scenes as the American presidency has shown through Adams, Harrison, Roosevelt, and Bush.

 

Ten.

Octopus traps and Halloween spiders. Matula Thoughts often seeks threads or themes, sometimes risking belaboring a point or putting too fine an edge on a detail, such as comparing pumpkins to octagons, or relating October to medicine. Of course, October 16, 1846 was the first demonstration of general anesthesia.

A stretch to the octo stem brings in Takotsubo cardiomyopathy, a non-ischemic heart crisis of sudden temporary weakening of the muscle also known as stress cardiomyopathy, transient apical ballooning cardiomyopathy, or the broken heart syndrome, and leading to acute heart failure, lethal ventricular arrhythmias, or ventricular rupture. Most cases (85%) are set in motion by severe physical or emotional distress that causes myofibrillar degeneration. The first studied case was by Sabo et al in Japan, reported in 1991, and the name came from the traditional octopus traps used by Japanese fishermen, setting them out when the tides were favorable. [Yoshihiro YJ, Goldstein DS, Barbaro G, Ueyama T. Takotsubo cardiomyopathy. Circulation. 118:2754, 2008.] [Below: octopus traps, Wikipedia, public domain.]

Octopi aside, eight doesn’t have a heavy presence in biology, Stedman’s Dictionary expends barely a half a page to words beginning with oct. Although spiders and ticks (larger category = class, Arachnida) have eight legs, octo hasn’t tainted their names. Spiders rank seventh in species diversity among all organisms, with nearly 90,000 species compared to 300 species of octopi, and our single human species. Spiders (biologic classification order, Araneae) have enormously complex genomics and have a universal ability to make silks and venoms. [Pennisi. Science. 358:288, 2018.] Spiders scare kids and are completely congruous with Halloween, so be prepared with shock, awe, and a basket of treats when permutations of 8-legged creatures knock at your door at the end of this month. [Below: Marvel Spider-Man symbiote suit.]

 

Thanks for reading Matula Thoughts.
David A. Bloom
University of Michigan, Department of Urology, Ann Arbor

Transitions.

DAB What’s New Dec 1, 2017

3818 words

 

One.

The Michigan Theater, seen above on a crisp autumn evening, is one of Ann Arbor’s many delights, making it easy to “sell” our town to medical students who interview for urology residency. Reflecting the halcyon days of motion picture palaces, the theater opened January 5, 1928 with grand lobbies, 1700 seats, a Barton theater organ, and an orchestra pit. Now, after ninety years of capital campaigns and restorations, the building has three auditoriums and is the center of the Michigan Theater Foundation, a world-class non-profit center for fine film and other cultural events. Its State Theatre, across the street, reopens this month after a well-earned renovation. Michigan Theater hosts the Ann Arbor Symphony Orchestra, Cinetopia International Film Festival (in partnership with the Detroit Institute of Arts), organ concerts, and other live-stage events. When days in the next few months get gray, slushy, and cold, the Michigan Theater is a wonderful refuge and it’s equally delightful the rest of the year.

“I’ve seen this movie before” is a phrase in vogue for recurrent phenomena and so it seems with the autumn ritual of residency applications. Fourth-year medical students travel around the country as “sub-interns” to audition at training programs in hopes of securing 5 to 6-year residency slots. Yet, every annual cycle presents a unique array of new faces, talents, experiences, and energies of candidates visiting our Ann Arbor program. This recruiting season has been particularly good, marked by nearly 70 astonishing medical students who interviewed for four residency positions to start here on July 1, 2018, as the class of 2023.

Just as we rank the students, they rank us among the other programs they like and a computer makes the binding national match. Most applicants we see will become successful urologists and most programs they rank will train them excellently, evidence that our medical schools and professional organizations have created high standards, with narrow Gaussian distributions of quality. This is to say, the very best programs and candidates falling on the right side of the curve are not grossly dissimilar by most measures from the programs and candidates on the other side. A theoretical program variability curve (blue) and wider student applicant curve (red) illustrate my belief that some applicants are potentially “better” than any of our programs. That should be no great surprise, as it indicates Darwinian principles at work: some of our successors should, by all rights and intents, surpass those of us who teach them.

“`

 

Two.
What does it take to go from applicant to successful resident? Most people we interview will become excellent residents and urologists who will impact their communities and practices significantly, and some will advance the field of urology in major ways. Before students create their preference lists, they need to get in the door for rotations and interviews. This requires good Step One board scores and excellent medical school performance data. Since most schools are “pass-fail,” applicants must demonstrate noteworthy performance in their clinical clerkships, such as “honors” in their deans’ summaries and strong letters of endorsement. When recommendations come from colleagues we know, with good track records of producing students who become excellent residents, we pay attention. Honorary society membership, selection to AOA for academic work or the Gold Humanitarianism Society, helps demarcate successful applicants. Exemplary social behavior is an important feature and successful performance on teams, such as college sports and humanitarian efforts, is also typical of our applicants.

Test metrics, honors, and accolades are surrogates for the attributes we seek in our residents and future colleagues. We want individuals with intellect, empathy, ingenuity, resilience, and good humor. Good residents and good colleagues tolerate personal inconvenience to help their patients and teams. Particular metaphors illustrate our affinities. The people we seek have the “fire in the belly” to do the daily work and to solve meaningful problems. They “go the extra mile,” or add-on the “extra case” at the end of the day when the going gets tough. We need people who work well in teams, yet are effective leaders when the opportunity or need arises. Candidates similarly seek attributes of training programs. Surveys and “field notes” over the years identify important factors in play for applicant preferences such as program depth, established mentorships, institutional culture, geography, global opportunities, and climate.

Two new features of our program will come on line. Steve and Faith Brown of California created a scholarship for a medical student, preferably from UM, entering our urology residency each year. The Brown scholarship will help residents with research projects or unique educational experiences. An intermittent 5th residency/research position, intended for a physician-scientist and established with the NIH and AUA, will start in 2019 and last seven years.

 

Three.
The Gaussian distribution of residency programs, narrow and steep, reflects the fact that nearly all are fully capable of preparing trainees for excellent urologic careers. The wider applicant curve reflects my belief that many of our trainees have the capacity to be better than we (the faculty) are now. In fact, this is our goal. We want to train residents who will leverage the best of what they learn and see from faculty today to improve urology practice and research throughout their ultimate careers. In their own time, today’s residents and fellows will discover new knowledge, recognize new paradigms, invent better technologies, create novel operative solutions, and find ways to deliver health care more safely, efficiently, generously, equitably, and with greater kindness. If we do our work properly, our trainees will be more adaptable and creative in the environments of their tomorrows, than we could be if we cloned ourselves.

Johann Carl Friedrich Gauss (1777-1855), the only child of a poor family, was born and raised in the Duchy of Brunswick, now Lower Saxony, Germany. A child prodigy, he attracted the interest of the Duke of Brunswick who supported his education locally and at Göttingen University. Gauss’s doctoral thesis in 1797 offered a proof of the fundamental theorem of algebra, that every polynomial equation with real or complex coefficients has as many solutions as the highest power of its variable. The duke’s philanthropic investment paid off well, as Gauss became known as “the foremost of mathematicians” (Princeps mathematicorum) and the most influential mathematician in the past millennia, impacting numerous areas of mathematics and science in general. Many echoes from Gauss’s brain reverberate today. In addition to Gaussian distribution we have the Gauss unit, Gauss law, Gauss formula, Gauss platform, Gauss elimination, Gauss-Bonnet theorem, and even the Gauss rifle. The web reveals an astonishing array of Gauss’s quotes, revealing a humorous and humanitarian mind. (Below: Daguerreotype of Gauss on his deathbed. Wikipedia.)

 

Four.
Universities are civilization’s best bet for its future, teaching tomorrow’s citizens and builders, and expanding today’s knowledge. Universities explore “the nature of things” and public universities play a particularly important role. A quote by David Damrosch stays with me:

“A report by the Carnegie Council in 1980 began by asking how many Western institutions have shown real staying power across time. Beginning with 1530, the date of the founding of the Lutheran Church, the authors asked how many institutions that existed then can still be found now. The authors identified sixty-six in all: the Catholic Church, the Lutheran Church, the parliaments of Iceland and of the Isle of Man – and sixty-two universities (Three Thousand Futures).” [Damrosch, D. We Scholars. Harvard University Press. 1995, p. 18.]

Purposeful building of successive generations cannot be left to chance or entirely entrusted to government, religious entities, or the private sector. Nor should this be entrusted to any single university system, whether state or private. A diversity of universities, public, private, and ecclesiastical (in collegial or sometimes sharp competition with each other) will be the best way to educate successive generations, innovate technologies, and create and test new ideas for tomorrow. Universities must accommodate the immediate milieu and stakeholders of today, while taking the long view for subsequent generations. Gauss’s university is exemplary.

The University of Göttingen was founded by King George II of England in 1734 (as Elector of Hanover) and quickly became a center for the nationalistic reawakening of the German lyric and national poetry.  Encyclopaedia Britannica credits the university with releasing Germany “from the confines of the rationalism of the Enlightenment and from social convention.” Gauss studied at Göttingen from 1795 – 1798, but around its centennial in 1837 the university took a reputational hit when seven professors were fired for political unrest. Luster was restored before its bicentennial particularly at its Mathematical Institute, that Gauss had once led. Göttingen has produced 40 Nobel prize winners including Max Born, James Franck, Werner Heisenberg, and Max von Laue. The strong mix of humanities and science at the University of Göttingen is noteworthy evidence that these two facets of creativity are inseparable, divided only by parochial and unimaginative perspectives. A century younger than Göttingen, The University of Michigan is no less rich in humanities and science. All universities need to figure out better ways to merge those two fundamental sides of knowledge.

 

Five.

Galens 91st annual Tag Days began yesterday and will run through tomorrow. Medical students and faculty at the University of Michigan created Galens Medical Society in 1914 for student advocacy and as a social bridge between students and teachers. The name choice is both obvious and obscure. Galen was one of the early great names in medical practice and study, but it remains a mystery as to why that particular name was selected for this medical society. Galens Society at Michigan created an honor system, obtained secure student lockers (theft was a problem even in those halcyon days), and established a student lounge. In 1918 Galens members held the first Smoker, a series of skits performed by Galens men. Galens shifted its focus in 1927 to raise money for children with Tag Days, wherein students solicited faculty and community members, a tradition that continues the first weekend of December in the Medical Center and the streets of Ann Arbor. The Silver Shovel Award began in 1937 to honor faculty who have shown extraordinary commitment to teaching medical students.

At some point Galens opened its doors to women medical students, reinvigorating the organization. Galens initiated the Mott 8th floor project in 1964 to house its Workshop for Children that had been ongoing since 1928, but lacked a permanent site. A chapel and student lounge were also created in that space. Galens contributed funds for the Mott Pediatric ICU in 1968 and in the 1980s made a similar contribution to St. Joseph Mercy Hospital for its Pediatric ICU. In 2006 Galens came up with $200,000 for the Child and Family Life Playrooms in the new Mott Hospital. In addition to the Mott Child and Family Life Program, Galens has supported Ozone House, Foundations Preschool, Children’s Literacy Network, The Corner Health Center, and Special Days Camp, among other worthy projects.

Galens today includes about 120 medical students and 13 honorary faculty members. During Tag Days students on street corners sell tags that raise nearly $100,000 for Mott efforts and other children’s programs in Washtenaw County. In addition to The Smoker, Galens supports a Welcome BBQ, a tailgate, and a year-end banquet. A Galens Loan Fund helps medical students for their interviewing costs, that easily can cost students $5,000 – $10,000 as they travel around the country in their fourth-year interviewing for residency. Next year’s Smoker, by the way, will be March 2 and 3 at Lydia Mendelssohn Theatre.

 

Six.
Michigan men.

Francis Collins returned to Ann Arbor last month for the M Cubed Symposium and gave an inspiring talk that he called “NIH: National Institutes of Hope.” As a faculty member here in the Department of Human Genetics, his team figured out the genetic basis of cystic fibrosis. He went on to co-direct the human genome project and is currently NIH Director. Collins spoke about the considerable footprint of UM in medical research and our relatively large portion of the NIH budget.

Dr. Collins offered three reasons for splicing “hope” into the NIH acronym. First is the role of the NIH in uncovering life’s foundations; second is the NIH intent to translate discovery into health; and third is the synergy in the socialization of science, that is the idea that collaborations are the best way for the scientific community to “move forward, together.”

The NIH origin dates back to July 16, 1798 when Congress established the Marine Hospital Service “for the relief of sick and disabled Seamen,” recognizing that their healthcare was a responsibility of the government. The Marine Hospital Service fell under the Treasury Department and a monthly tax of twenty cents was deducted from the pay of merchant seamen, making this America’s first prepaid health care system. Less than a year later, legislation extended the benefits of the Marine Hospital Service to Navy and Marine Corps personnel. In 1875 a new law directed the President to appoint a Surgeon General of the Marine Hospital Service with advice and consent from Senate. Interstate quarantine authority was granted by Congress in 1890. The name of the service was changed in 1902 to the Public Health and Marine Hospital Service, eventually growing into the NIH, now intended to improve knowledge and extend services to improve health. The current budget exceeds $32 billion.

John Park was recognized as Clinician-of-the-Year at the Michigan Medicine Awards Dinner last month. A superb pediatric urologist, quintessential teacher and mentor, and leader as Surgeon-in-Chief at Mott, John is one of the most respected and beloved clinicians of Michigan Medicine. The yearly awards celebration was instituted by former dean Allen Lichter, continued by Jim Woolliscroft, and now is fine-tuned by Marschall Runge, Carol Bradford, Bishr Omary, and David Spahlinger. (Below: Park family)

 

 

Seven.
When calendar years close out, pundits tally major events and accomplishments, as if to predict what future generations might mark as notable for that year. Some events and findings this year, unrecognized by most of us likely will rise to great significance in future times. At this moment, as of December first, some breakthroughs of the year are already acclaimed as important, although much can yet happen for good or for bad this last month of the year.

Science magazine traditionally announces its “breakthrough of the year” with 9 runners-up, as a result of a “people’s choice” poll. Likely contenders for that list will be: observation of gravitational waves by three separate observatories, thereby supporting Einstein’s general relativity theory; CRISPR gene-editing to correct the mutation causing hypertrophic cardiomyopathy in a viable human embryo (similar work was reported in China a few years ago); neutron star collision (kilonova) witnessed at LIGO; and human-pig hybrid creation at Salk.

Editors and writers of Science magazine in 2016 picked the detection of gravitational waves as the breakthrough of the year announced in the December 2016 issue [Adrian Cho. The cosmos aquiver. Science. 354:1516, 2016]. Alternatively, another poll (of readers) listed the gravitational wave by the LIGO interferometer as number two, preferring as number one the breakthrough in tissue culture techniques that allow human embryos to be sustained ex vivo for nearly 2 weeks. The “people’s choice” for number 3 was portable DNA sequencers, followed by an artificial intelligence milestone for number 4, and a finding on cell senescence and aging. My point is that human biology was central to 4 out of 5 of the 2016 breakthroughs and will likely be prominent in the 2017 choices.

 

Eight.
December first, looking back, is noteworthy for historic airplane crashes. As the methodology of aviation checklists has been imported into medical practice, most visibly in the surgical arena, it is useful to cross-examine failures and successes in both fields. Two aviation disasters occurred on this particular day in 1974. TWA 514 crashed northwest of Dulles Airport killing all 92 on board. En route from Columbus to Washington National Airport (now Reagan) the plane was diverted to Dulles due to high crosswinds and slammed into the west slope of Mount Weather. Terminology discrepancy between flight crew and controllers, heavy down drafts, and reduced visibility from snow were blamed. U.S. Congressman Andy Jacobs, scheduled on that flight, had refused to pay a $20 seat upgrade and luckily took another plane. The same day, Northwest 6231 crashed near Stony Point, NY, killing only the three crew members flying the plane from JFK airport to Buffalo as a charter to pick up the Baltimore Colts, whose planned aircraft was grounded in Detroit by a snow storm. Failure to activate the pitot tube heater, presumably a checklist item, was the root cause, resulting erroneous airspeed readings, icing, and a stall. Both planes were Boeing 727s.

On this day in 1981 Inex-Adria Aviopromet Flight 1308, a Yugoslavian charter McDonnell Douglas MD-81 from Brnik Airport in Slovenia, crashed on approach to Ajaccio on Corsica. Air traffic control believed the plane was in a holding pattern over the sea and requested it to descend, although it was actually 9 miles inland. The crew knew the plane was over the island and was surprised at the instruction to descend from their holding pattern, repeating their uncertainty to ground control. Ajaccio Airport had no radar and flight controllers insisted on descent which took the plane right into Mont San-Pietro killing all 180 people on board. On investigation, communication confusion was named as main factor.

Coincidentally a few years later, on this particular date in 1984, NASA conducted the Controlled Impact Demonstration at Edwards Air Force Base, deliberately crashing a Boeing 720 flown remotely so as to study occupant crash survivability. (Picture below, Wikipedia.) Planes seem to be made more safely, but the human factors of miscommunication and deviation from routine procedure remain our Achilles heel.

 

Nine.

As the urology chair search process unfolds many people will be engaged in trying to figure out the best fit for our department. Academic medicine seems to have convoluted the process of leadership succession, but it need not be difficult. A reasonable chair candidate should be someone who can take a team from good to great. A good candidate has a track record of excellence and national respect in his or her field, particularly in the essential deliverable of the department. Chairs who have failed nationally never passed these two bars.

The key requirement of a chair is to deliver the main functionalities of the department and enhance its essential deliverable. For us, that key deliverable is state-of-the-art clinical care in all domains of urology and with accessibility for anyone in Michigan or beyond who seeks our services. The essential deliverable is the milieu for our foundational responsibility of educating the next generation of urologists and urology health care workers trained in urology. The essential deliverable is also the stimulus and laboratory for our mission of discovery and research. A chair must retain and recruit excellent faculty and staff to build stability and depth of the department’s critical units, while helping its people develop their careers and fulfill their aspirations.

Personal traits of kindness, moral center, integrity, trustworthiness, flexibility, high emotional quotient, and humor are important. These are difficult to ascertain in external applicants, while a few minor deviations noted over decades of interactions “in the trenches” can derail internal candidates. Intellectual ability to deal with stress, complexity, and ambiguity is necessary. A successful chair needs curiosity to keep up with urology, medicine in general, and the changing world as he or she guides a department. A personal sense of cosmopolitanism builds the diversity, equity, and inclusion necessary for a great team.

A number of organizational talents are critical. The chair must understand and articulate the mission of the organization, sharing its beliefs and values. The chair must listen well and understand the department’s stakeholders. The chair must build teams, develop consensus, elicit a vision, and craft strategies with stakeholders. The chair should be a proven hands-on problem solver when necessary, yet be an excellent delegator. The chair must understand the social responsibility of the organization relative to its partners, community, region, nation, and world-at-large. A chair must steward and grow the departmental resources. I came to learn these attributes from leaders of my various career stations and particularly from dean Allen Lichter and coach David Bachrach.

 

Ten.

What lies ahead. It may seem doubtful that many people will be talking about “the halcyon days of 2017” next year or beyond, yet who knows what lies ahead to reframe our perspective? Historians viewing certain domains such as Astros baseball, might indeed think 2017 was a golden, happy, and joyful time. Turbulence in the health care markets, the uncertainties of regulations such as MACRA, changing demographics, expanding comorbidities, domestic violence, and environmental deterioration may combine to make 2017 look better from the rear-view mirror than it seems now from our perspective in December of this year.

Secular stagnation, an idea proposed by American economist Alvin Hansen in 1938, suggested that economic progress after the Great Depression was restrained as investment opportunities were held back “by closing of the frontier and collapse of immigration” [Economist Aug 16, 2014]. The idea could be expanded to the thought that any great shock to the world-at-large is followed by a period of latency. One can only guess how historians someday will define the era in which we are presently immersed. Stagnation of human progress is evident in many parts of the world, encompassing diplomacy, human rights, food security, personal safety, health care, environmental quality, as well as economic growth. If one views the world through a dystopia lens, then tomorrow’s metaphorical glass is half empty and this year may be viewed as relatively halcyon. With a more optimistic lens, if human progress ultimately wins the day, as history indicates, the year 2017 may not appear particularly halcyon.

This year ahead will be busy for the Department of Urology at the University of Michigan. A search committee for new chair begins with strong representation from our department. John Wei, Kate Kraft, and Scott Tomlins know our department well, and the other members of the committee are terrific choices as well. Our departmental retreat, April 14, will be a good time to take stock of the process. A special meeting on bladder cancer, the Teeter Symposium, is planned for May 4. Bob Teeter, a friend of our department, lost his life to bladder cancer a decade ago and since then knowledge of the biology of this disease had advanced greatly, as have surgical and medical treatments. The symposium will be an opportunity to see how far we have come and develop some paths for the future. We look forward to the Nesbit Reception at the AUA in San Francisco, Sunday, May 20. During the Ann Arbor Art Fairs, we will host the 12th Chang Lecture on Art and Medicine on July 19 and the next day will feature Hadley Wood of the Cleveland Clinic as the Duckett Lecturer and Rosalia Misseri of Riley Children’s Hospital in Indianapolis as the Lapides Lecturer. Our Health Services Research Symposium will be September 13 and 14. The Nesbit Alumni Society meeting September 20-22 will feature our own alumnus Toby Chai, now professor of urology at Yale. The Montie Uro-oncology Lecture is planned for some time next autumn. In 2019 we begin centennial celebrations to transition into the second century of urology at the University of Michigan.

 

[Neighborhood leaves, in transition, 2017]

David A. Bloom
University of Michigan, Department of Urology, Ann Arbor

Gratuitous thoughts for October, 2017

Matula Thoughts Oct 6, 2017

3855 words, 31 pictures

 

 

One.

Every business has its seasons and the fall is primetime for academic medicine and other occupations. While we are reluctant to see summer slip away, autumn brings excitement and new energy. Entering medical students accommodate to a new learning environment, seasoned students consider career selections and their Step 1 exam, and senior students are consumed with the residency match. [Above: first year medical students at lunch in July on their first day.] Similar anxieties play out for residents although the intensity and duration of years usually exceed those of medical school. Exams don’t go away in residency, for the residents and fellows contend with yearly in-service tests and ultimate board certification processes. New faculty undertake “on-boarding” processes as they step out into the mature and most demanding phases of their careers.

Faculty teach and mentor intensely in the autumn and show their academic stuff at professional meetings, all while fulfilling the 24/7 demands of healthcare. Many faculty also have deep research commitments that bear the intellectual fruit we expect will make tomorrow’s health care better than that of today. Faculty, too, contend with promotion expectations, board recertification examinations, and the insane administrative on-line mandatory expectations required of them. Somehow our faculty get all this done, and done very well in comparison to other medical schools and academic health centers.

The 24/7 health care cycle is relentless. Our Department of Urology provides care throughout 16 clinical sites and 9 surgical locations, held together by a first-rate administrative team with Malissa Eversole, Marleah Stickler, Kandy Buckland, Tammie Leckemby, and of course Sandy Heskett. Jack Cichon, with our inaugural Urology Chair Jim Montie, set the pace for this excellence. Monica Young leads the Call Center that, with our administrative staff, coordinated 42,041 clinic visits, with 12,639 new patients and 6,426 operative procedures for our clinical faculty last year. The UM health system, Michigan Medicine, is growing and changing our regional profile as well as the local environment “on the hill.” The lovely view seen below,  over open space created at the old Kresge Laboratory site, will disappear when a new patient tower assembles on this site.

 

Autumn academic meetings and the written medical literature that springs from them display much work from the faculty and alumni of the University of Michigan Medical School. Our Urology Department provides a heavy presence at all relevant urology professional meetings this season and contributes significantly to Michigan’s “academic product,” thus furthering the mission, vision, values, and strategy of Michigan Medicine. At this time of year amidst the dense shop-talk at professional meetings in medical specialty meetings, Michigan football talk enlivens conversations.

 

Two.

A field trip to Chelsea Milling Company last month showed us how another business stays ahead in challenging times. Autumn and winter are prime baking season, according to the company president Howdy Holmes, so Chelsea Milling’s products need to be well-stocked in grocery stores throughout 50 states and 32 other countries.

Chelsea Milling has weathered many changes in its competitive markets, making Jiffy Mix since 1930 with a dominating market share in muffin mixes and entering a busy season as we do. Our tour revealed constant innovation throughout Chelsea Milling in production, employee satisfaction, quality, safety, packaging, and distribution, with lessons for our work in Michigan Medicine. A strong workforce aligned around mission, vision, and values combined with enlightened leadership creates quality products, a pleasant workplace, stakeholder satisfaction, and a durable business. We found it all comes down to the team.

[Above: DAB, Paholo Barboglio-Romo, Lindsey Herrel, Courtney Shepard, Miriam Hadj-Moussa, Howdy Holmes. Below 2 pictures: first home game from Martin family seats.]

Sports metaphors work well in business and health care discussions. Belief in teams, mutual support, practiced fundamentals, creation of plays, discovering opportunities, striving for excellence, relishing victories, learning from defeats, while educating successors, are universal attributes of successful social endeavors. Michigan’s athletic teams provide life-changing environments for thousands of students each year, and these students will bring the skills, disciplines, habits, and leadership they learn from their sports to the teams of their ultimate careers. It is a happy accident that most modern universities incorporate athletic teams along with other performance arts such as music, theater, law, engineering, nursing, pharmacy, and health care. The Schembechlarian admonition to attend to “the team, the team, the team” pertains to nearly everything we do and teach at Michigan. Michigan football, however, is probably our university’s most universally-acknowledged product and it brings a shine to everything else on our campus, especially in winning seasons.

The Nesbit Alumni Society of our Urology Department links its yearly reunion to football games, this year coinciding with the victory of Air Force. Just as every profession has its rules and standards, each sport has its mores – its customs, practices, and values. Overarching the peculiarities of each sport, a sense of fair play transcends most activities, more so in college than professional sports. Fair play pertains in academic medicine as well, where each specialty and local medical center have their own cultural rules and expectations, but overarching expectations of fairness and integrity apply, thereby restricting discrimination, plagiarism, deceit, substandard work, and self-serving behavior. Breaches of trust are naturally inevitable in human society, especially when temptations are great, but this is where character is discovered. Intercollegiate sports and graduate medical residency training are excellent crucibles to discover and build character.

 

 

Three.

Residency training and intercollegiate sports share many features of education, coaching, and team-building. Visiting professorships to openly share best practices among “competing” centers, however, are strong traditions in chiefly in health care. Michigan’s former chair of Internal Medicine, Bill Kelly, urged his faculty to bring in thought-leaders and innovators to their divisions each year to speak and challenge residents, fellows, and faculty themselves. This added expense of multiple visiting professors is offset by robust clinical productivity by faculty and philanthropic gifts that put dollars on the table for this type of education.

Carl Olsson (below), former chair at Columbia, was visiting professor for us in late August, discussing “A new prostate cancer biopsy reporting system with prognostic potential.”

The Weisbach Lectureship in Prostate Oncology brought Peter Carroll, Chair of Urology at UCSF, to Ann Arbor in September to discuss “Active Surveillance for early stage prostate cancer; should we be expanding or restricting eligibility?” This lectureship (above) was started in 2002, in memory of Jerry Weisbach, pharmaceutical innovator and friend of the University of Michigan. [Below: Arul Chinnaiyan, Peter Carroll, and Ganesh Palapattu]

 

Four.

The Nesbit Alumni Society Reunion took place in mid-September. Initiated in 1972 by John Konnak in honor of Michigan’s first Urology Section Chief, the Society met for three days including the football contest with Air Force. John Konnak was a bedrock of the Michigan Urology training program when Ed McGuire came as section chief in 1983. John had an MD with AOA distinction from the University of Wisconsin, internship at Philadelphia General Hospital, U.S. Public Health Service experience in Arizona, and a year of surgical residency at UCLA’s Harbor General Hospital. He came to Ann Arbor to train with Nesbit and completed the residency program in 1969 under Jack Lapides. Every resident who trained under John benefited from his work ethic, humor, and high expectations. John was a respected citizen of the Medical School Community and was an early participant in Ethics Committee. The photo of the first adrenalectomy for Conn Syndrome standing with Dr. Conn and looking over Nesbit’s shoulder in the operating room is one of the great images of Michigan Urology.

John’s paper with Joe Cerny, “The surgical treatment of Cushing’s Syndrome,” remains a classic. [J. Urology 102:653, 1969] John passed away in 2011, but his wife Betty (below) remains an enduring supporter of our department and a steadfast presence at Nesbit meetings.

In two years (FY 2019) the Nesbit Society meeting will kick off the Centennial Year for Michigan Urology, if we view the initiation of world-class urology practice, education, and research with the arrival of Hugh Cabot in Ann Arbor in 1920. Cabot came from Boston where he had grown up, practiced surgery, and became a world-renown specialist in urology. His two-volume text, Modern Urology, helped define the field, previously known as genitourinary surgery. After overseas duty in WWI he was unchallenged by Boston’s private practice environment at the time, and came to Ann Arbor as chief of surgery in 1920, rapidly becoming dean of the University of Michigan Medical School (UMMS). His first 2 residents were Charles Huggins and Reed Nesbit. After Cabot was fired by the Regents in 1930 (“in the interests of greater harmony”) Nesbit became inaugural head of urology in the Surgery Department. Our Medical School had no dean for the next several years and was run by the school’s executive committee, although Cabot’s name and picture mysteriously remained on the Medical School class pictures through 1932, as noted here last month. Cabot completed his career at the Mayo Clinic, then led by his friend William Mayo (UMMS class of 1883), while Nesbit went on to grow the urologic clinical, educational, and research programs of the University of Michigan for the next 38 years. [McDougal et al. Urology 50:648, 1997] Although we could have been called the Cabot Society, Konnak’s choice of the Nesbit Society is the better fit.

 

Five.

Laymen often wonder what’s the big deal about medical societies. A friend often teases me about my professional meetings he calls “boondoggles.” My introduction to medical meetings began when I was a surgical resident at UCLA and faculty propped me up for presentations to local gatherings of the American College of Surgeons in San Diego, Napa, and Palm Springs. My awkward presentations at those times are pale by comparison to the poised and self-assured presentations our Michigan students and residents give today. For a beginner, the opportunity to get one’s head around a topic, present it to the “elders” in one’s field, and respond to questions is an important step in professional development.

My friend understands that healthcare is a social business. It takes teams, and today those teams are big. The knowledge and tools of healthcare evolved socially across generations through practice, discussion, observation, reasoning, experimentation, disappointment, success, insight, new ideas, criticism, refinement, innovation, and more discussion. These are the social tools of human civilization, working through mentorship, schools, guilds, organizations, and specialty practices. Urologic societies and academic departments came on the scene in the late 1800’s and continue to be the primary marketplaces for new ideas, leadership development, and talent spotting.

The University of Michigan’s North Campus Research Complex (above, Building 18) was the venue for the Nesbit academic sessions this year. This property was the site of the Warner-Lambert Park-Davis research center, later taken over by Pfizer. Lipitor was developed here. The company announced plans to vacate the property in 2002 and eventually sold it to UM, with clinical departments of the Medical School bearing a little under 80% of the costs, which for the purchase and deployment over 10 years was around $325 million. Since we assumed occupancy in 2010 most space is occupied, including significant urology presence with Dow Health Services Research Division, and laboratories and teams of Mark Day, Evan Keller, plus Arul Chinnaiyan and Scott Tomlins, of the Pathology Department. David Canter (below) presided over the space when it was Pfizer and recently our NCRC Executive Director.

 

Six.

The Nesbit scientific program was superb, organized by President Mike Kozminski and Secretary/Treasurer John Wei and implemented by our administrative team. The large space at NCRC dwarfed our 60 plus attendees, but was an hospitable environment. Bob Uzzo (below with former Cornell co-resident John Wei) from Fox Chase Cancer Center gave two world class talks.

Alumni networked with our present departmental faculty and trainees.

Jay Hollander, above with David Harold and Len Zuckerman (Nesbit classes 1984, 1978, & 1980), donated the famed Nesbit plaster prostate models in honor of Gary Wedemeyer, who attended with his wife Nola (below). Dave, gave our department some antique cystoscopes that we hope to place in a visible time capsule for our 2020 Urology centennial, along with the Nesbit models.

Mario Labardini (Nesbit, 1967) travelled from Texas and Tom Koyanagi (Nesbit 1970) from Japan gave excellent presentations, Mario (below) on an extraordinary historical intersex case and Tom on his innovative hypospadias operation that left a great mark in pediatric urology.

Below you see Tom between Adam Walker, new clinical assistant professor with our West Shore Urology group in Muskegon, and Ted Chang (Nesbit 1996), one of his residency teachers at Albany’s urology program under Barry Kogan (Nesbit 1981).

John Allen (below), from our Gastroenterology Section of Internal Medicine spoke on health care as a generality and a current political hot-button, discussing as either a basic human right or commodity. (Below)

The Ted and Cheng-Yang Chang (Nesbit 1996, 1967) along with Mike and Michael Kozminski (Nesbit 1989, 2016) were our two father-son Nesbit urology pairs in attendance (below).

Below you see residents and students admiring Nesbit’s teaching models and considering how different their learning of prostatic surgery is today with video systems, lasers, etc.

Dinner at Barton Hills amplified social opportunities with our treasured Nesbit alumni, Nesbit lecturers, faculty, residents, and families. The Koyanagi family (below: Tom, Kiyoko, Sachi) travelled from Sapporo, Japan.

The tailgate at Nub Turner’s GTH Products preceded a win over Air Force, 29 to 13. [Above: Ghislaine deRegge, friend of Mario Labardini with Mark and Carolyn McQuiggan at Barton Hills Country Club dinner; Below Rita Jen, Olivia Hollenbeck, Mr. Hollenbeck, Amy Luckenbaugh at tailgate]

[Above: flyover by Blue Angels, captured on Sony Alpha 9, 24-240 lens, thanks to CameraMall]

 

Seven.

Nationally and globally things are not quite so tidy and progressive as seems to be true for us momentarily in Ann Arbor. Absent any superheroes to rescue the world, my personal expectations are modest. Before you tag this edition of What’s New/Matula Thoughts as cynical, let’s consider that particular attitude and its linguistics. Cynicism is a natural human protective responsive, with virtues as well as its obvious dark side. The attitude is often instigated when people feel as though their actions cannot solve immediate problems, or if their beliefs or stories are incompatible with a larger narrative or expectations, predicaments such as George Orwell described in his later works, 1984 and Animal Farm. The theater of health care discussions in Congress is a real-world example. So too is the incompatibility of the pressing environmental deterioration of climate, air, water, and land in contrast to the much political rhetoric.

A brief article in The Lancet earlier this year, “Cynicism as a protective virtue”, caught my attention. This two-page paper of 10 paragraphs took me a few readings to fully appreciate, but it was worth the effort [Rose, Duschinsky, Macnaughton. The Lancet 389:693, 2017]. The authors acknowledge rampant cynicism in the healthcare workforce is a response to the subjugation of individual agency of clinicians to care for their patients to larger forces. These externalities to the doctor-patient relationship include mandated work-flow systems, revenue generation, service metrics, and abstracted audits. Cynicism, the authors say, is “the immune response and not the disease.” As clinicians try to care for their patients they need to discover a different way to practice. “This discovery is the lived negotiation of the distance between policy and practice.” Raw and untampered cynicism, the authors note, is destructive, investing cynics in negative outcomes and leading to indifference, fatalism, and burnout. On the other hand, they suggest that tempered cynicism (e.g. wry cynicism or thoughtful cynicism, for example) can be a strategic virtue creating a protective critical distance between the cherished personal caring and professional values, that led most people into health care professions, apart from the deforming reality of healthcare organizations and public policies. Strategically “alloying” cynicism to a thoughtful attribute can carry clinicians from the dark side to the good side, if we may evoke a Star Wars metaphor. Alloyed cynicism thus can be a self-care strategy to regain composure, humor, clarity, resilience, and collegiality. This alloyed cynic can be an intellectual superhero in the daily professional struggle against corporate healthcare.

 

Eight.

Academic Medicine is a medical journal that most urologists don’t inspect routinely. An article earlier this year from the UCSF Psychiatry Department was titled “Why medical schools should embrace Wikipedia” and explains how the medical school offered fourth-year students a credit-bearing course to edit Wikipedia. [Azzam et al. Academic Medicine. 92:194, 2017] The outcome was that 43 students made 1,528 edits and the 43 articles have been viewed nearly 22 million times.

The article intrigued me as user and a believer in Wikipedia. I have always liked dictionaries and encyclopedias and treasure the authority of the great classics like Encyclopedia Britannica, Oxford English Dictionary, and Stedman’s Medical Dictionary. Rapid evolution of new information, limitations of print publication cycles, as well as the cost, storage, and rapid obsolescence made a Wikipedia-like product inevitable. The democratic nature of Wikipedia’s content limits and accentuates its authority. I occasionally get soft criticism from readers of Matula Thoughts/What’s New when I reference Wikipedia. Most people assume the classic dictionaries and encyclopedias to be more authoritative, and mostly they were. However, as a former editor for Stedman’s Medical Dictionary, I am still haunted by an error of my own in one edition. We are also aware that revisionist history, propaganda, and stereotype perpetuation existed in many authoritative definitions and narratives of the past. Although inaccurate and untruthful accounts can certainly enter Wikipedia, the crowd-sourcing nature of the readership provides a healthy mechanism for ultimate corroboration, correction, or rejection. Faculty member Khurshid Ghani, when he joined us, noticed that Wikipedia had no entry for Reed Nesbit, so he set to work to create one that still stands. We should have more interaction with Wikipedia, perhaps creating a dedicated urological section that might rightfully appropriate the name WikiLeaks.

 

Nine.

Health care worldwide needs superheroes, but for now we can only turn to comic books for inspiration. Superman, the first larger-than-life figure in my memory, was introduced with the inaugural issue of Action Comics, 1938. Superman is shown above with Prankster who had no actual super powers, but used pranks and jokes to commit crimes and foil superman. [Action Comics 1 (77) October, 1944. Cover artist Wayne Boring.] This is ancient ploy was revisited in a book by Paul Woodruff called The Ajax Dilemma: Justice, Fairness, and Rewards [Oxford Press, 2011]. Ajax, the superman of his Greek army, legend tells, was superseded for ultimate honors by King Agamemnon in favor of Odysseus who used clever tricks (e.g. the Trojan Horse) to win the day and capture Troy. The rejection drove Ajax, “the soldier’s soldier,” to self-destructive cynicism and insanity. The actual superheroes in my adult life are more in the mold of Odysseus as a great intellect and leader; Lincoln, Churchill, Eisenhower, E.O. Wilson, and Don Coffey to name a few. The last two, as great scientists transcend science as humanistic thought-leaders. Lacking any superheroes as of today in health care, I guess it’s up to us to make things better.

Argus, a lesser-known superhero in DC Comics, first appeared in 1993. This character was named after the many-eyed giant of Greek Mythology. The “eyes of Argus” was an expression that conveyed the idea that one was always under scrutiny in the real world as in the mythological world. That is, if your integrity and character waivered at any moment, to know that society was watching you, just as Argus watched his fellow mythological superheroes. Argus Panoptes, the giant of 100 eyes, was always on the alert because he could let many of his eyes sleep at any time, but the rest were wide open. Argus was the servant of Hera and she commemorated him in the peacock’s tail. [Below, Indian peacock, Wikipedia.] Argus persists as a name in a number of reptile species with eye-like patterns and it was once a popular name for newspapers. Wiki comes from a Hawaiian term for “quick.” Perhaps the better term for Wikipedia would be Arguspedia or the Argus Compendium.

 

Ten.

Cynics might say that nothing is new under the sun, a statement discounting both the promise of innovation and the value of history. It’s hard, for example, to reconcile that statement with photography where the technology has changed drastically. For me the shift from negative and slides to digital had the greatest impact. It was midway through 2006 when I belated entered the digital world. All my pictures up to then are in boxes of negatives, slides, and prints in the office and at home, impossible to totally reconcile in terms of inspection and conversion. Innovation is relentless and the century and a half since the daguerreotype has seen innumerable changes in equipment and media. Ann Arbor has its own history of photography with the Argus Camera Company, founded here in 1936 as a subsidiary of the International Radio Corporation.

The Argus C3 rangefinder had a 27-year production run and was a best-selling camera of the time in the United States. Argus was sold to Sylvania in 1959 and then generally slipped from sight, with occasional and transient rebranded products. The Argus building complex was sold to the University of Michigan in 1963 and then again in 1983 to First Martin Corporation and the O’Neal Construction Company that reopened it in 1987 with an Argus Museum now on the second floor. The museum has been generously assembled and funded by Bill Martin and Joe O’Neal, principals of the companies.

The Argus Model A, created and introduced in Ann Arbor in 1936 is said to have been the first entirely American made 35 mm camera. Visually resembling the iconic Leica camera, the Model A cost $9.95 and 30,000 were sold in the first week according to The Argus Museum, a lovely exhibition area in the second-floor lobby of the Argus Building Complex. While there you can find some key UM entities including Michigan Radio, a research division of our Department of Radiation Therapy, and Michigan Create. The International Radio Company that made the Model A had been established here in 1931 by local businessmen under the lead of Charles Vershoor as a countermeasure to the Great Depression and the main early products were table and floor radios, the Kadette and the International, as well as the first mass-produced clock radio conversion kit for cars. With the success of the Model A the company changed its name to the International Research Corporation and in 1938 introduced the Model C camera. The C2 and C3 followed, the latter becoming known as The Brick. More than 2 million bricks were sold over the next 28 years.

A 1947 patent design for a twin-lens reflex was the basis for the Argoflex (Argoflex Seventy-five – above). The company name changed to International Industries Incorporated in 1941, Argus Incorporated in 1942, and Argus Camera in 1949. Production shifted to gunsights, tank periscopes, optical fire control devices, and electronic aircraft controls for WWII and the Korean War. A company newsletter, much like What’s New and Matula Thoughts achieved wide distribution in the 1950’s. Argus cameras were seen in movies including The Philadelphia Story (1940), Watch the Birdy (1950), Smokey and the Bandit (1977, 1980), and Harry Potter and the Sorcerer’s Stone (2001), as well as TV shows such as I Love Lucy, Gunsmoke, Leave it the Beaver, Gilligan’s Island, and Columbo. This rich trove of information comes from the Argus Museum, created around the Don Wallace collection by Bill Martin and Joe O’Neal, now managed by the Washtenaw County Historical Society.

 

Thanks for travelling through this month’s Matula Thoughts.  (Nesbit prostate models above)

 

David A. Bloom
University of Michigan, Department of Urology, Ann Arbor