Announcing SCOTT 2.0

Science Communication Teacher Training program (SCOTT) 

What we are doing goes far beyond just teaching scientists essential skills as communicators and teachers. The tools of communication can help scientists become better thinkers and do better research, which adds value to their careers and the institute as a whole.

SCOTT is a new program at the Max Delbrück Center in Berlin, aimed primarily at advanced career stage scientists with excellent (near native) English and solid writing and presentation skills. The goals are to:

  • help participants develop additional professional qualifications as science communication trainers, teachers, writers, editors, etc., by giving them the theoretical background and skills to be multipliers; 
  • serve as a unique model program to encourage other organizations to institutionalize in-house, excellent science communication training;
  • develop unique new projects in science communication and teaching: books, courses, teaching materials, games, etc.

The first “class” of SCOTT is finishing soon and we have accomplished some great things. We are making a “board game” about molecular biology and a popular science book about unusual model organisms. (We have just submitted two grants that may provide funding for those projects.) We are designing new courses on “Coping with Talk Anxiety” and “How to Read a Paper,” have helped prepare graduate schools and the institute for important reviews, and are working on several other projects.

Now we are accepting applicants for the second “class,” which will start in April 2023 and run until June 2024.

Who are we looking for?

SCOTT 2.0 will be open to 15 scientist/trainees. Priority will be given to postdocs and advanced career stage scientists at the MDC, although we will consider PhD students and exceptional candidates with other qualifications and from other institutes. We also welcome applicants from other fields – other natural sciences, data science, informatics, etc. The first group included an artist who has worked on projects bridging art and science.

What does the program involve?

Participants will need to make a long-term commitment and be prepared to attend the seminar, which meets for one full day per month. They should count on spending at least one additional day outside, working on SCOTT projects. Activities will include seminars, observations of courses, outside assignments, and teaching. The program is divided into 3 phases:

  • Seminars, observation, and discussions to provide a solid theoretical introduction to practices and problems in scientific communication, didactics and learning styles. The group will hone their own science communication skillsobserve ongoing courses in a range of skill areas, discuss and deconstruct the teaching, and creatively brainstorm to improve the theory and methodology. We will work on lesson plans together and feed new ideas into the next cycle of courses. 
  • In the second phase, participants will co-teach modules of ongoing courses themselves, with supervision, observation by colleagues and sessions for constructive feedback afterwards.
  • In the third phase participants will think up and complete a communication/teaching project and begin teaching independently with support from the instructor and the group. We will also present the program through lectures, demonstrations and group workshops, at the MDC and elsewhere, to inform and engage the community. “Graduates” will help recruit and work with the next class of trainers, export the model to their future institutes, and become the basis of a network that will continue to work together over the long term.

SCOTT will offer special types of support to the participants’ home labs, such as customized workshops and help with projects such as papers, theses, and presentations.

Seminar days for 2023: 

April 14, May 5, June 2, July 7, Aug. 4, Oct. 6, Nov. 3, Dec. 1

What do we hope to achieve?

Excellent communication training can add value to an institute by improving not only the skills of its scientists but also their research. This work is based on an established theoretical background and teaching methodology, but it can still be refined, improved, and expanded. As a group we will collect experience, improve the program, develop original teaching methods and materials and produce a handbook for future trainers.  We will enhance current training structures at the MDC and on campus by offering more support to students and scientists, developing content for the Long Night of Sciences, the Gläsernes Labor and other venues, and producing games, teaching materials for schools, etc.

The program will be extremely transparent. Group leaders, scientists and other staff at the MDC are welcome as observers or participants at any time. In return, we will support your work by offering customized workshops and helping develop communication and education modules for grants or institutional projects. Contact the program if you are interested.

Over the long term we will offer lectures and demonstration courses to other institutes and organizations within the Helmholtz Association and beyond, to promote the wider institutionalization of this model of training. 

If you are interested or have questions, please contact Russ Hodge directly, at

As a part of registration, we will set up an individual appointment to discuss details of the program and your individual interests and needs.

THE EVOLUTION OF PIZZA: Novel insights into the fourth domain of life

Russ Hodge1*, Pablo Mier Munoz2, and Miguel Andrade2


  1. Max Delbrück Center for Molecular Medicine of the Helmholtz Association, 13125 Berlin, Germany
  2. Faculty of Biology and Center for Computational Sciences in Mainz (CSM), Johannes Gutenberg University Mainz, 55128 Mainz, Germany

* Corresponding author: Russ Hodge,

Conflict of interests: This project has received no funding from the pizza industry or its competitors, and there are no other conflicts of interest.


Pizza has long held a stigma in biological research that dates back to Linneaus, who was intimately familiar with its properties as an aphrodisiac but failed to recognize it as a living organism. As a result, species of pizza found no place within his elaborate system of classification, and have consequently been entirely omitted in the clade systems developed by evolutionary biologists. Add to this the nigh impossibility of maintaining pizza in laboratories, from which it tends to spontaneously disappear through mechanisms that are poorly understood, and the result is that pizza has been forgotten in the deep freeze as the life sciences have moved forward in great strides.

The physiology of pizza makes it difficult to classify; on the one hand its structure bears striking similarities to a single cell, vastly scaled up, if you think of the crust as a membrane, and from that perspective the ingredients resemble organelles. Yet it also has properties we normally associate with highly developed multicellular organisms. One could also consider it a sort of complex ecosphere containing many subspecies. Data from an evolutionary study should show us which of these models is most appropriate, but the data will have to be new. The fact that pizzas never evolved a skeletal or exoskeletal system has led to a paucity of fossil remains which otherwise would surely have generated interest among the paleobiology community and provided insights into the descent of modern species.

The synthesis of Darwin’s theory of evolution with findings from genetics has led to modern, computational approaches that compare the features of modern organisms to reconstruct those of their common ancestors. Here we apply this basic principle of “common descent” to construct the first evolutionary tree of pizza.  We should note a potential confounding factor: Modern varieties have clearly been shaped by human domestication and selection, and a small number of mutant strains have spontaneously appeared in recent years, probably due to exposure to microwave radiation. While these factors confound the picture to some degree, the method does, in fact, permit a means of resolving questions about pizza biology that have long resisted analysis.

The resulting diagram introduces considerable clarity into the path by which current species of pizza arose from a single common ancestor, through stages that became the founders of major branches, and finally to modern forms. It permits us to hypothesize the existence of ancestral forms that have homologs in the varieties that exist today. Finally, it provides insights into fundamental biological processes that are unique to pizza, supporting a claim that these species represent a fourth domain of life which is distinct from archaea, bacteria, and eukarya, but which has clearly interacted with them in ways that have shaped its evolution.

We find evidence that pizza has managed to co-opt fundamental biological processes from the other domains of life and mix them in a way that hints at hitherto unexplored evolutionary mechanisms. Pizza appears to have snatched genes from various sources on its way to becoming an independent organism, then undergone a phase in which it became wholly dependent on human domestication, leading to a simplification of its biology. Our study suggests that the appearance of pizza in complex ecospheres containing other life forms influences them on several levels – from the neurological to the behavioral to the social, altering patterns of predation and other types of interspecies interactions.


We visited approximately 100 different Italian restaurants in a sample of no less than five European countries over a period of 4 years (extrapolated from social media statistics of the authors: FourSquareTM, GoogleTM Location History, etc.) to gather the names and ingredients present in a total of 58 different pizzas (Supp.File1). While we did not taste them all, we can attest that none are venomous and their organoleptic qualities can therefore be successfully transmitted mouth-to-mouth to the next generation of diners.

The ingredients were clustered in 9 groups according to their origin and use in cuisine (Table 1). Tomato sauce and mozzarella form their own groups, as they are not considered ingredients but inherent components of the pizza (Combet et al., 2014). The pineapple was set apart in a group by itself as an obvious aberration, due to the fact that it is universally recognized as a dysfunctional mutation that arises from a hybridization event (somewhat like the mule) and cannot produce viable offspring.

Table 1. Ingredients considered per group.

Class Ingredients
Tomato sauce Tomato sauce
Mozzarella Mozzarella
Extra sauce Cream, truffle cream
Extra cheese Gorgonzola, parmesan, ricotta cheese, fontina cheese, scamorza, stracchino, asiago
Meat / eggs Beef, salami, raw ham, ham, bacon, sausage, bresaola, egg
Fish / seafood Tuna, anchovies, seafood
Pineapple Pineapple
Condiments / herbs Pepper/green peppers, oregano, rosemary, parsley, genoese pesto, garlic, olive oil
Vegetables Artichoke, zucchini, asparagus, spinach, peas, eggplant, assorted vegetables, sliced tomato, courgette flower, onions, olives, mushrooms, rucola/rocket, potato, french fries, corn, polenta, radicchio

It is notable that not a single pizza contains more than three ingredients from the same group, which hints that this might lead to some sort of synthetic lethality, or a genetic event along the lines of the acquisition of excess chromosomes.

The pizzas were scored by counting the number of ingredients they contained per group. Exceptions are the tomato sauce and the mozzarella, which were counted as three ingredients each due to their importance in the general composition of the pizza. The data was analyzed using the R programming language and Rstudio, to cluster the pizzas based on their ingredients. The result was plotted in a clustered heatmap using the pheatmap R package (Kolde, 2015).

Tomato sauce and mozzarella are the key components in the pizza and serve as classifiers (Figure 1). Ingredients from the meat/eggs and/or vegetables groups are often used as the toppings to go together with the main components of the pizzas.

Figure 1. Clustering of the 58 types of pizzas analyzed based on their ingredient composition.


Here we present the first rigorous investigation of the origins and evolution of pizza, a form of life that has been shamefully neglected by science even as it has been shamelessly devoured by scientists. While the reasons are unclear, one cannot rule out some sort of large-scale conspiracy on the part of commercial entities. It would not be in their interest to recognize pizza as a life form; such recognition would likely trigger a cascade of intrusive regulatory measures that would curtail society’s wholly utilitarian approach to pizza’s handling and use. Ethical issues, too, have had an influence: in many societies, pizza is treated as an inanimate object, like a rock (only softer), and no consideration whatsoever is given to the possibility that it might possess some sort of limited awareness, possibly even experiencing feelings of distress or pain.

In modern times, pizza species have become entirely dependent on human cultivation, just like many plants, domesticated animals, and model organisms that are studied in laboratories. The biology of pizzas has become simplified through this dependency. Modern forms have, almost certainly, lost genes that were originally crucial to their ancestors’ survival. As a result, pizzas are no longer competent for survival in the wild. Although it should not be considered a parasite, pizza’s dependency on humans has likely sent it along an evolutionary path resembling that of pathogens and viruses.

Under normal processes of natural selection, one would expect organisms that are tastiest to their predators to be eaten more, and this would subject certain types of pizza to to intense negative selection. This would also be the case for pizza, particularly since it has no intrinsic means of locomotion that would allow it to escape from its human predators.

But domestication has reversed this trend, positively selecting for the forms that are most likely to be eaten.

Nutritional and Health Implications for Non-Pizza Species

Pizza is a fixture of worldwide ecosystems and global food chains, nourishing species as diverse as college students, police, bowling teams, and other categories of humans—and also dogs, cats, hamsters, pigs, rats, cockroaches, crocodiles, fish, etc. The decaying remains of pizza crusts that have fallen down cracks in sofas provide a rich environment for microbial life, including bacteria such as legionella, Yersinia pestis and Mycobacterium leprae, which might otherwise be in danger of extinction. In this way, pizza plays a central role in global biodiversity; one might even regard it as the glue that holds everything together. But this notion is somewhat speculative.

Technical obstacles have made it difficult to maintain pizza in laboratory cultures, creating a sort of black hole of knowledge with regards to its biology. This is alarming in light of the numerous epidemiological studies tying pizza to serious health problems including obesity, addiction, attention deficit disorders, frostbite, burnt tongues, and deaths related to placing aluminum foil in microwave ovens.

Excessive consumption retards human cognitive development, pushing adolescence far into the college years, a situation which can only be reversed by adding vegetables to the diet. Predatory consumption of pizza has led to a major reduction of human motility; delivery services have completely eliminated the hunter-gatherer activity that used to be required to obtain it.

Summary of Pizza’s Biological Features

By applying well-established methods of phylogenetic analysis to the features of pizza (namely, the ingredients found in 58 extant species) we derived the first systematic evolutionary account of its descent from an ancestral form. The results point firmly to a last common ancestor, providing insights into fundamental aspects of its biochemistry, development, and the selective forces that have shaped its evolution into diverse types. Our observations of pizza in situ suggest that its basic biology draws on unique features which are hard to reconcile with those of traditional biological models. A key finding is that the ancestral pizza exhibited very little elaboration of specialized structures. It consisted of only three tissues: dough, tomato sauce, and mozzarella. Each of these tossues exhibits a high degree of molecular complexity, while having stable biophysical properties that are crucial to maintaining the integrity of the organism over time.


Figure 2.  Artist’s reconstruction of the last common ancestor of all current species of pizza

  1. The Pizza Lifecycle

The pizza lifecycle is marked by the three phases embryogenesis, maturation, and decline.

Entry into a phase is determined by environmental factors: embryogenesis takes place at room temperature; maturation begins when the temperature dramatically rises to about 220 degrees Celsius and usually lasts 10-12 minutes. Returning to normal room temperature introduces a brief period of homeostasis after which pizza enters the phase of decline.

Laboratory experiments have shown that pizzas which have completed embryogenesis can be preserved through cryopreservation, which induces a state of dormancy or hibernation. They can be maintained this way for a year or two without any apparent damage. The decline phase can be prolonged by a day or two through cooling, after which a brief exposure to heat is used to revive the pizza. This may cause it to repeat the last stages of maturation and then enters the decline phase, which is now accelerated.

At the beginning of the decline phase, most pizzas separate into segments in a process we have termed alternative slicing. The result is a series of cracks or furrows that extend from one side through a mid-point and end exactly opposite around the circumference. Multiple slices develop, leading to wedge-shaped units—most often an even number (between 4 and 12) of segments. It is unclear whether this process begins at the middle and radiates outwards, or starts at an edge, traverses the middle, and arrives at the other side. The mechanisms required for these two processes would necessarily be fundamentally different. Either way, a number of fascinating questions arise: As each split begins, what molecular signal does it follow to stay on course rather than veer away? What determines the total number of divisions that will occur? How does one side of the pizza “know” what is happening on the other side, so that the proportions of the slices remain equal? We are exploring these questions through the “Virtual Pizza,” which we developed for use in computer simulations.

The biological functions of these subdivisions are unclear. We hypothesize that they have been sustained through a unique sort of evolutionary mechanism that does not directly benefit the pizza itself, for example by promoting its survival, but rather by ensuring a harmonious environment around it.  A failure of the pizza to divide would cause its predators to fight over the whole. Even if only a very small fraction of these conflicts were fatal, over long periods of time this would offer a slight advantage to animals that fed off the sliced form. Since pizza now exists only as a domesticated species, its genomic features can be seen, in a way, as an extension of the gene pools around it. For whatever reasons, this leads to better chances of survival for pizza variants that promoted harmony among the other species around it. The effect appears to be bi-directional: research has shown that just the presence of a slice of pizza triggers a release of dopamine among humans.  This makes them less aggressive and more sociable. So ultimately, the integration of pizza into the human diet appears to have played some role in the development of modes of primitive social organization that became more and more elaborate until they acquired the forms familiar to us today: priesthoods, the military, and governments. And bowling alleys, and pizza parlors.


Figure 3.  The Virtual Pizza: Computer modeling of alternative slicing

  1. Tissue Structure Through the Lifecycle

Dough begins as an elastic substance under room temperature, which is characteristic of the environment of embryogenesis; in the heating phase it becomes crisp, and remains that way as it cools, matures, and approaches death.

The sauce begins as a thick fluid which crystallizes somewhat at the pinnacle of the heating phase, remaining gummy through the first phases of cooling, then hardens until it is nearly all crystallized at the end of cooling.

Mozzarella begins as a rubbery substance, melts into a liquid under heat, and only hardens after an extended period of cooling over time.

These transformations of the three tissues do not alter the basic structural integrity of the whole, unless the pizza is subjected to unusual biomechanical forces such as it would encounter when flung through the air. An embryonic pizza would stretch and fly apart; the hardness of a mature pizza gives it the properties of a Frisbee.

pizza_quer copy

Figure 4.  Layers of pizza tissue structure (side view)

  1. Embryogenesis

The earliest stage of pizza’s embryonic development bears some similarities to Dictyostelium (“slime mold”), an organism that lies at the borderline between unicellular and multicellular life.

Dough assembles in an environment containing sufficient concentrations of the necessary chemical and biological ingredients: particles of wheat, water, sugar, and some form of oil. Such environments usually contain abundant populations of yeast cells, which get dragged along as the components are attracted to a central location, probably by sensing chemokine-like molecules that have been secreted by a cook’s hands.

Upon arrival, the components merge in a sort of symbiotic collective that draws on the genes of the wheat and yeast to trigger a series of metabolic reactions that derive energy from the sugar and oil. The result is to fuse everything into a pliant, undifferentiated mass of dough. Originally this is a ball-shaped mass with stem-cell like properties that may yield a single pizza, or be pinched off to form genetically identical twins.

The ball spreads across a surface to form a flat, circular basal membrane on which new layers will arise. The dough induces the formation of tomato sauce, rapidly followed by a layer of mozzarella. In more elaborated forms, additional organelles such as salami or anchovies arise through chemical interactions between the sauce and mozzarella. Yet the three-layered structure is retained.

This is highly reminiscent of the tissues that arise in animal gastrulation, but that process begins with a group of cells that have retained the ball-like shape, causing inner layers to interact in more complex ways. This difference is a determining factor in pizza evolution, because it leaves the lower layer attached to a substrate, while the upper remains naked and exposed to the environment. The lack of a membrane or shell means that the upper layers of a pizza must constantly contend with fluctuations in the surrounding environment.

This single difference, combined with the fact that embryonic pizza does not have a womb to protect it from dramatic changes in temperature, probably severely restricted the degree to which ancient pizzas could vary from the original design. While eventually pizzas developed specialized organelles such as salami and funghi, there was never much variation to serve as the basis for selection. So the type of evolutionary tinkering that occurred in animals, and shaped the formation of highly sophisticated organs such as the brain, never occurred in pizza.


Our investigation provides the first account of the evolutionary route by which modern species of pizza diverged from an ancient, ancestral form. We characterize the last common ancestor as sharing the three-layer structure of modern pizzas, which resembles the first stage of animal gastrulation. In contrast to animals, however, pizza got stuck there, and never added additional developmental stages.

It is interesting to speculate what might have happened if instead of flattening, dough had retained its original, ball-shaped form, and built layers of sauce and cheese inside. Pizza calzone, a modern species, obtains this type of structure by folding the membranous dough around to seal off the interior, but this is the very last stage in its embryonic development. If, in the distant past, this progression had advanced to the beginning of embryogenesis, pizzas might have followed an evolutionary path much more like our own. Potentially this could have made pizza, rather than humans, the preeminent form of intelligent life in the known universe.

Thinkers such as Richard Dawkins see the evolutionary value of intelligence in its promotion of the survival and reproduction of a species’ genes. Pizza found an alternative by entering into a dependency on humans, who gladly overtook measures to ensure its reproduction, which would have required the development of new social structures. Over time the dependency increased and ultimately restricted the evolution of pizza along paths toward the species we know today. But this notion is somewhat speculative.

Preliminary data suggest that it may be possible to push the knowable ancestry of pizza back even farther, to a point at which the last common ancestor diverged from other organisms such as crêpes, pancakes and burritos. We are currently digesting the data from that investigation, which has presented some technical challenges (mainly due to the fact that we have gained so much weight we no longer fit into our cars).  Once these issues have been resolved, we anticipate publishing the results at a later date,


“Development of a Nutritionally Balanced Pizza As a Functional Meal Designed to Meet Published Dietary Guidelines,” Emilie Combet, Amandine Jarlot, Kofi E. Aidoo, and Michael E.J. Lean, Public Health Nutrition, vol. 17, no. 11, 2014, pp. 2577-2586.

“pheatmap: Pretty Heatmaps,” R. Kolde, R package version 1.0.8, 2015. <;



  • Combet E., Jarlot A., Aidoo KE., Lean ME. Development of a nutritionally balanced pizza as a functional meal designed to meet published dietary guidelines. Public Health Nutr. 2014 Nov;17(11):2577-86. doi: 10.1017/S1368980013002814.
  • Kolde R. (2015). pheatmap: Pretty Heatmaps. R package version 1.0.8.

Supplementary files will be provided by the corresponding author upon request

WORLD SERIES MADNESS at the Best of PubMed!!!

This is a special edition of the Best of PubMed, in honor of the World Series, which is underway. As you’ll see, scientists have devoted an extraordinary amount of research into baseball… revealing that they aren’t immune to the obsession regarding gathering data and statistics that marks the true baseball fan!

We work our way from the pregame, to umpires, to the fellow at the plate, through the infield, and into the outfield. A lot of this is SERIOUS research, guys, really, really, really serious!

Here you’ll find answers to all those burning questions that you’ve wondered about: from the physics of the curve ball, to the life expectancy of left-handed vs. right-handed pitchers, whether being in the Hall of Fame extends your life, how to end a batting slump, whether hot days bring teams off the bench for a brawl, how to know where to run to catch a fly ball, whether there’s really an “at-home” advantage, does the team that bats last have an advantage…What can Babe Ruth teach psychologists? What can they learn from center fielders? The list goes on and on. Many of the links point to abstracts or even free full articles…

Be sure not to miss the hot topic of whether baseball players whose initials spell out “good” words (like “ACE”) live longer than those whose initials are bad (like “ASS”)!!! (See the section on epidemiology.)

So, it’s off to the ball park (and PubMed) for some World Series madness…

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Lefties are still a little shorter.
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PMID: 22558205

Catching balls: how to get the hand to the right place at the right time.
Peper L, Bootsma RJ, Mestre DR, Bakker FC.
J Exp Psychol Hum Percept Perform. 1994 Jun;20(3):591-612.
PMID: 8027714

Catching of balls unexpectedly thrown or fired by cannon.
Kenward B, Nilsson D.
Percept Mot Skills. 2011 Aug;113(1):171-87.
PMID: 21987918

Catching fly balls: a new model steps up to the plate.
Cipra B.
Science. 1995 Apr 28;268(5210):502.
PMID: 7725094

On catching fly balls.
Jacobs TM, Lawrence MD, Hong K, Giordano N Jr, Giordano N Sr.
Science. 1996 Jul 12;273(5272):257-8; author reply 258-60.
PMID: 8668999

I Lost It in the Lights: The Effects of Predictable and Variable Intermittent Vision on Unimanual Catching.
Lyons J, Fontaine R, Elliot D.
J Mot Behav. 1997 Jun;29(2):113-118.
PMID: 12453788

Catch this!
Gauldin D.
J Perinat Educ. 2002 Winter;11(1):49.
PMID: 17273288


Temper, temperature, and temptation: heat-related retaliation in baseball.
Larrick RP, Timmerman TA, Carton AM, Abrevaya J.
Psychol Sci. 2011 Apr;22(4):423-8. doi: 10.1177/0956797611399292. Epub 2011 Feb 24.
PMID: 21350182

Impact of Yankee Stadium Bat Day on blunt trauma in northern New York City.
Bernstein SL, Rennie WP, Alagappan K.
Ann Emerg Med. 1994 Mar;23(3):555-9.
PMID: 8135433


Longevity of major league baseball players.
Abel EL, Kruger ML.
Res Sports Med. 2005 Jan-Mar;13(1):1-5.
PMID: 16389882

Major League Baseball Players’ Life Expectancies.
Saint Onge JM, Rogers RG, Krueger PM.
Soc Sci Q. 2008 Jul 17;89(3):817-830.
PMID: 19756205 [PubMed] Free PMC Article
Soc Sci Q. 2008 Jul 17;89(3):817-830.
Compared to 20-year-old U.S. males, MLB players can expect almost five additional years of life. Height, weight, handedness, and player ratings are unassociated with the risk of death in this population of highly active and successful adults. Career length is inversely associated with the risk of death, likely because those who play longer gain additional incomes, physical fitness, and training.
Our results indicate improvements in life expectancies with time for all age groups and indicate possible improvements in longevity in the general U.S. population.

The longevity of Baseball Hall of Famers compared to other players.
Abel EL, Kruger ML.
Death Stud. 2005 Dec;29(10):959-63.
PMID: 16265814
The authors compared the longevity of all baseball players alive at the time of their induction into the Baseball Hall of Fame with age-matched controls who were likewise alive at the time of the Hall of Famer’s induction, and also matched them for career length, player position, and body-mass index, to assess if fame in sports is associated with increased longevity. Median post-induction survival for Hall of Famers was 5 years shorter than for noninducted players (18 vs. 23 years, respectively). In a second analysis, significantly more Hall of Famers died of cardiovascular or stroke causes than other players for whom cause of death was known. Baseball fame may have a hitherto unrecognized price.

Symbolic significance of initials on longevity.
Abel EL, Kruger ML.
Percept Mot Skills. 2007 Feb;104(1):179-82.
PMID: 17450979
The longevities of deceased major league baseball players who died prior to 1950 (N=3835) and whose initials formed acronyms, words, or names with “positive” or “negative” affect, as rated a priori by two judges, were compared with those for a group of neutral controls matched for birth year and career length, using the Berkeley standardized mortality tables. Players (n=11) with positive initials, e.g., A.C.E., lived a mean of 13 years longer than players (n=30) with negative initials, e.g., D.E.D., or players with neutral initials (n=864). These results corroborated a previous study and suggest positive name symbols are associated with increased longevity in this sample.

Another look at baseball player initials and longevity.
Smith G.
Percept Mot Skills. 2011 Feb;112(1):211-6.
PMID: 21466094
Abel and Kruger (2007) reported that Major League Baseball players whose names have positive initials (such as ACE or GOD) live an average of 13 years longer than do players with negative initials (such as ASS or BAD) or players with neutral initials (such as GHR or TSW). However, this conclusion is based on a very small sample, selective initials, and a flawed statistical test. There is no statistically significant relationship between initials and longevity for Major League Baseball players when a correct test is applied to independently selected initials.

The “birthday blues” in a sample of major league baseball players’ suicides.
Lester D.
Percept Mot Skills. 2005 Oct;101(2):382.
PMID: 16383067

Seasonality of birth in the majors, 1880-1999.
Abel EL, Kruger ML.
Soc Biol. 2005 Spring-Summer;52(1-2):47-55.
PMID: 17619630
We examined two alternative explanations, one demographic, the other sociological, for the uneven distribution of birth months of Major League baseball (MLB) players active between 1880 and 1999. Beginning in 1900, players born between August and October were significantly overrepresented, and this uneven distribution was almost identical for the next five 20-year periods. During the last 20-year period (1980-1999), the disparity in birth months became even more pronounced. Ethnicity, handedness, player position, accomplishment (winning an award), and career length were not significantly related to birth month. Prior to 1980, the distribution of births for MLB players did not differ significantly from the distribution for the general population, but after 1980, it did. We concluded that up until 1980, the uneven distribution of birth months in MLB originated in the demographic seasonality-related excess number of births in August and September in the United States. Beginning in the 1980s, this seasonality pattern was institutionally reinforced by the growing influence of Little League and related junior baseball leagues and their reliance on the August 1 birth date for age grouping.

Mortality salience of birthdays on day of death in the Major Leagues.
Abel EL, Kruger ML.
Death Stud. 2009 Feb;33(2):175-84. doi: 10.1080/07481180802138936.
PMID: 19143110
The authors assessed the relationship of mortality salience, as represented by birthdays, on the day of death. Preliminary studies considered the role of possible artifacts such as seasonality of birth and death, and time units for evaluation. On the basis of terror management theory’s concept of “mortality salience,” the authors hypothesized that famous people, in this case Major League Baseball (MLB) players, would be more likely to die on or after their birthdays than would be expected by chance (the “birthday blues”), and that the greater their fame, as represented by induction into the Baseball Hall of Fame, the greater the concentration of deaths shortly after birthdays. The results supported the hypothesis. Theoretical underpinnings of these results and practical implications were discussed.

Birth month and suicide among major league baseball players.
Abel EL, Kruger ML.
Percept Mot Skills. 2005 Aug;101(1):21-4.
PMID: 16350605

Do right-handers live longer? An updated assessment of baseball player data.
Hicks RA, Johnson C, Cuevas T, Deharo D, Bautista J.
Percept Mot Skills. 1994 Jun;78(3 Pt 2):1243-7.
PMID: 7936949

Body type and performance of elite cuban baseball players.
Carvajal W, Ríos A, Echevarría I, Martínez M, Miñoso J, Rodríguez D.
MEDICC Rev. 2009 Apr;11(2):15-20.
PMID: 21483313 [PubMed] Free Article

Major league baseball performances of players who were later suicides or homicide victims.
Lester D, Topp R.
Percept Mot Skills. 1989 Aug;69(1):272.
PMID: 2780186


Batting last as a home advantage factor in men’s NCAA tournament baseball.
Bray SR, Obara J, Kwan M.
J Sports Sci. 2005 Jul;23(7):681-6.
PMID: 16195017

Human face structure correlates with professional baseball performance: insights from professional Japanese baseball players.
Tsujimura H, Banissy MJ.
Biol Lett. 2013 Apr 10;9(3):20130140. doi: 10.1098/rsbl.2013.0140. Print 2013.
PMID: 23576779

Home advantage in retractable-roof baseball stadia.
Romanowich P.
Percept Mot Skills. 2012 Oct;115(2):559-66.
PMID: 23265018

Measuring circadian advantage in Major League Baseball: a 10-year retrospective study.
Winter WC, Hammond WR, Green NH, Zhang Z, Bliwise DL.
Int J Sports Physiol Perform. 2009 Sep;4(3):394-401.
PMID: 19953826

A major league loss.
Cloud J.
Time. 2003 Mar 3;161(9):60.
PMID: 12632674

Batting last as a home advantage factor in men’s NCAA tournament baseball.
Bray SR, Obara J, Kwan M.
J Sports Sci. 2005 Jul;23(7):681-6.
PMID: 16195017

Evidence of a reduced home advantage when a team moves to a new stadium.
Pollard R.
J Sports Sci. 2002 Dec;20(12):969-73.
PMID: 12477006



Use of smokeless tobacco in the 1986 World Series.
Jones RB.
N Engl J Med. 1987 Apr 9;316(15):952.
PMID: 3821849

Prevalence of spit tobacco use across studies of professional baseball players.
Greene JC, Walsh MM, Letendre MA.
J Calif Dent Assoc. 1998 May;26(5):358-64. Review.
PMID: 10528568

A program to help major league baseball players quit using spit tobacco.
Greene JC, Walsh MM, Masouredis C.
J Am Dent Assoc. 1994 May;125(5):559-68.
PMID: 8195497

Toxicological deaths of major league baseball players.
Boren S, Erickson TB.
J Toxicol Clin Toxicol. 1998;36(7):737-42.
PMID: 9865245


Psychology and “the Babe”.
Fuchs AH.
J Hist Behav Sci. 1998 Spring;34(2):153-65.
PMID: 9580977

High-speed video analysis of head-first and feet-first sliding techniques in collegiate baseball players.
Hosey RG, Mattacola CG, Shapiro R.
Clin J Sport Med. 2003 Jul;13(4):242-4.

Major league baseball players get dental coverage.
[No authors listed]
J Am Dent Assoc. 1969 Apr;78(4):737.
PMID: 5251266

Major league dreams.
Hallberg J.
Minn Med. 2000 Jun;83(6):12-6.
PMID: 10881568

A replay of the baseball data.
Coren S, Halpern DF.
Percept Mot Skills. 1993 Apr;76(2):403-6.
PMID: 8483647

What can major league baseball teach us about healthcare?
[No authors listed]
J Neurosci Nurs. 2012 Feb;44(1):1. doi: 10.1097/JNN.0b013e31823fdcec.
PMID: 22210298

Announcing our new Science Communication Teacher Training Program at the MDC (SCOTT) 


SCOTT is a new program aimed primarily at advanced career stage scientists with excellent (near native) English and solid writing and presentation skills. The goals are to:

  • help participants develop additional professional qualifications as science communication trainers, teachers, writers, etc.;
  • produce a group of highly trained, excellent teachers to act as multipliers at the MDC and beyond;
  • serve as a unique model program to promote the institutionalization of excellent science communication training.

Who are we looking for?

Initially we will establish a group of 10-12 trainees who will work together as a team for one year. Priority will be given to postdocs and advanced career stage scientists at the MDC, although we will consider exceptional candidates with other qualifications and from other institutes. We also invite applicants from other fields of natural science, data science, informatics, etc.

What does the program entail?

Participants will need to make a long-term commitment and be prepared to devote about 3 days per month to the project (not as a block). Papers, presentations, grants or other projects they are working on with their own groups will count as part of this time. Activities will include seminars, observations of courses, outside assignments, and teaching. The program is divided into 3 phases:

  • Seminars, observation, and discussions to provide a solid theoretical introduction to practices and problems in scientific communication, didactics and learning styles. The group will hone their own science communication skills, observe ongoing courses in a range of skill areas, discuss and deconstruct the teaching, and creatively brainstorm to improve the theory and methodology. We will work on lesson plans together and feed new ideas into the next cycle of courses.
  • In the second phase, participants will take over the teaching of some modules of ongoing courses themselves, with supervision by the instructor, observation by colleagues and sessions for constructive feedback afterwards.
  • In the third phase participants will begin teaching independently with support from the instructor and the group. We will present the program through lectures, demonstrations and group workshops, at the MDC and other organizations, to engage the community. “Graduates” will help recruit and work with the next class of trainers, export the model to their future institutes, and become the basis of a network that will continue to work together over the long term.

The first 4 months will mainly involve meetings of whole or half-days, spread at intervals through the month, and outside assignments. Later the schedule will be more flexible; participants will be able to choose from a range of modules to attend and teach. We will work together on lesson plans and develop a range of innovative teaching materials. We will also invite external experts to enhance the program with talks and workshops.

During the later phases, participants will teach in ongoing courses, take part in other projects, and be encouraged to develop workshops and courses around their own scientific topics, communication activities and needs. The project will offer special types of support to the participants’ home labs, such as customized workshops and help with projects such as papers, theses, and presentations.

Table of initial dates and activities

Meeting 1 (full day)April 4   Theory and aims
Meeting 2 (half day)April 26Observation and analysis
Meeting 3 (full day)May 12  Observation & didactic workshop (student orientation)

What do we hope to achieve?

This work is based on an established theoretical background and teaching model which needs to be refined, improved, and expanded. As a group we will collect experience, improve the program, develop original teaching methods and materials and produce a handbook for future trainers.  We will enhance current training structures at the MDC and on campus by offering more support to students and scientists, developing content for the Long Night of Sciences and other events, and producing games, teaching materials for schools, etc.

The program will be extremely transparent, open to group leaders, scientists and other staff at the MDC as observers or participants at any time. We will support your work by offering customized workshops and helping develop communication and education modules for grants or institutional projects. Contact the program if you are interested.

Over the long term we will offer lectures and demonstration courses to other institutes and organizations within the Helmholtz Association and beyond, to promote the wider institutionalization of this model of training.

If you are interested or have questions, please contact Russ Hodge directly, at

As a part of registration, we will set up an individual appointment to discuss details of the program and your individual interests and needs.

Scientific communication training, Theoretical introduction

This is the latest version of the theoretical introduction to my communications courses, recorded in January 2022.

The last few minutes provide a transition to the first practical session on presentation skills.

Update to the Devil’s dictionary! Today’s words: neogenesis, crumb, and autophagy

See the complete Devil’s Dictionary of Scientific Words and Phrases here.

Neogenesis   Any process whose aim is to reduce the Earth and the rest of the universe to a Formless Void and then recreate them, usually in an attempt to correct flaws in the original versions.

Crumb   the semi-petrified remains of a small, complex biosphere containing plant and animal matter originating from distant parts of the globe – wheat from Europe, cocoa from South America, and animal fats from God knows where and the rest of us don’t want to. These basic organic constituents are smothered in mounds of complex carbohydrates (sugars) and then forced into cohabitation in a structure called a cookie. This is achieved by kneading them into an amorphous mass, using a glue made of life-threatening quantities of cholesterol, bovine milk, and the blended embryos of birds, stirred but not shaken. The resulting colonies are exposed to extremes of temperature which exterminate all the inhabitants except the thermophiles. After they have thoroughly congealed, hardened and cooled, they are placed on flat surfaces and left out in the open, serving as traps for large mammals. If this fails to induce coronary events in the prey, the cookie aggregates are packed into boxes and distributed to neighbors using the mechanism of Girl Scouts. At some point they will be eaten, leaving only microscopic remnants – the crumbs. Cookie crumbs make up about 50% of the diet of ants and thus play a crucial role in global ecosystems and human life.

Autophagy This term, like 48.93 % of the modern scientific vocabulary, is derived from ancient Greek. Of the rest, 49.7 % was blatantly stolen outright from Latin, leaving a paltry 1.37 % whose origin remains a mystery. The most likely explanation is that these expressions spontaneously appeared out of nowhere, in a paper somewhere, and spread through the literature like viral infections or perhaps transposons. Anyway. The suffix –phage means either to digest or to devour, depending on whether silverware or just the fingers are used. The first component of the word, auto, can refer either an automobile or the person who owns it. Thus their combination into a single word (autophagy) denotes the process of eating a car. Theoretically, autophagy could also mean “to eat oneself” – self-cannibalization – although those who attempt it rarely finish the job, because at some point the mechanisms needed to eat yourself start to digest themselves, and I’ll leave it to the reader to imagine what comes next. Eating one’s own car ought to be termed autoautophagy, but this term does not appear in the literature, implying that most cases of autophagy involve the ingestion of someone else’s car. If you’re going to do it, you should probably do it at night.

At least one reliable case of autophagy has been documented in the scientific record. A car was eaten by Leon Samson, a Greek immigrant to Australia, probably to make up for nutritional deficits in his usual diet of razor blades and light bulbs. A Frenchman named Michel Lotito never ate a car, as far as I can determine, but he did guzzle down 18 bicycles, 15 shopping carts, seven television sets, and a three-wheeled Cessna 150 airplane, although not necessarily in that order and not in one sitting. For his efforts, the Guiness Book of World Records gave Lotito an award, but he ate that as well.

If you liked the Devil’s dictionary, you might also like the series:

Molecular biology cartoons

The best of PubMed

A very special Best of PubMed (#27)

Often it’s mainly the titles of these pieces that are funny, or strange, but in a lot of cases it pays to read the whole article. Today’s entry in the Best of PubMed series dips a bit deeper into two of the articles. The first concerns the effects of laughing gas. In the second, scientists produce a sound from a mummy – apparently in an attempt to bring an ancient Egyptian back to life! I’ve included quotes from the articles and some commentary…

A Strange Freak
Am J Dent Sci. 1876 Jan; 9(9): 427. 
PMCID: PMC6106456

“The New York Herald states that Miss Sarah Ward, aged 28, daughter of Judge Ward, who resides at Tompkinsville, Staten Island, visited a New York dentist on Monday to have some teeth extracted, and took laughing gas. She remained under the influence of the gas for a considerable time, and when she finally recovered the idea seemed to have struck her that it would be a good joke to frighten her folks at home by telegraphing to the Rev. A. N. Stanley, rector of St. Paul’s, that she was dead. She accordingly sent a dispatch to the rector, who was preaching at the time in observance of St. Andrew’s day, that she died from the effects of inhaling laughing gas. The startling announcement caused great consternation among the congregation, the young lady being well known to them all. The services were at once concluded, and word was sent to her father, who hastened to the dentist’s place of business, where he was surprised as well as overjoyed to learn that his daughter had but a short time previously left for home in excellent health. When asked by her parents what induced her to send such a dispatch, she said that she did it for fun.”

Synthesis of a Vocal Sound from the 3,000 year old Mummy, Nesyamun ‘True of Voice’
D. M. Howard, J. Schofield, J. Fletcher, K. Baxter, G. R. Iball, S. A. Buckley
Sci Rep. 2020; 10: 45000.  Published online 2020 Jan 23. doi: 10.1038/s41598-019-56316
PMCID: PMC6978302

“The sound of a 3,000 year old mummified individual has been accurately reproduced as a vowel-like sound based on measurements of the precise dimensions of his extant vocal tract following Computed Tomography (CT) scanning, enabling the creation of a 3-D printed vocal tract. By using the Vocal Tract Organ, which provides a user-controllable artificial larynx sound source, a vowel sound is synthesised which compares favourably with vowels of modern individuals.

In other words, they performed CT scans to establish the positions of the vocal chords, larynx, throat and mouth of a mummy. After that, the article states:

“Following the scans, a 3-D printed tract was created for Nesyamun and designed to be used with the Vocal Tract Organ17 which provides an appropriate acoustic larynx source as a time domain waveform synthesis of the Liljencrants-Fant (LF) larynx source which is commonly employed in speech synthesis18. The fundamental frequency, loudness and vibrato rate and depth can be individually controlled. The tract incorporates a coupler at its larynx end that is designed to fit snugly over the output end of an Adastra model 952-210 (16 ohm, 60 Watt) loudspeaker drive unit.”

I don’t understand all this, but somehow they got the thing to make a sound. The result: a vowel that lies somewhere between what you hear in the words “bed” and “bad.”

Why would someone do all this? Apparently they were trying to bring the mummy back to life. (I am only partly kidding.) Here’s what the authors write:

“…Within ancient Egyptian culture… the name was regarded as essential to an individual as their physical (mummified) body and their soul (ka) and spirit (ba). It was also a fundamental belief that ‘to speak the name of the dead is to make them live again’ (alternatively translated: ‘a man is revived when his name is pronounced’), both by living relatives and by the deceased themselves when appearing before the gods of judgement. Only those able to verbally confirm that they had led a virtuous life were granted entry into eternity and awarded the epithet ‘maat kheru’, ‘true of voice’, as applied to Nesyamun himself throughout his coffin inscriptions. In these texts, Nesyamun asks that his soul receives eternal sustenance, is able to move around freely and to see and address the gods as he had in his working life. Therefore his documented wish to be able to speak after his death, combined with the excellent state of his mummified body, made Nesyamun the ideal subject for the ‘Voices from the Past’ project.

In conclusion, the authors write,

This innovative interdisciplinary collaboration has produced the unique opportunity to hear the vocal tract output of someone long dead by virtue of their soft tissue preservation and new developments in technology, digital scanning and 3-D printing.”

Effect of a tight necktie on intraocular pressure
C Teng, R Gurses-Ozden, J M Liebmann, C Tello, R Ritch
Br J Ophthalmol. 2003 Aug; 87(8): 946–948.  doi: 10.1136/bjo.87.8.946
PMCID: PMC1771792

Personality and socks
C H Shaw
Br Med J (Clin Res Ed) 1983 Mar 26; 286(6370): 1056. 
PMCID: PMC1547565

Choosing socks
Colin Douglas
BMJ. 2000 Jun 3; 320(7248): 1549. 
PMCID: PMC1118134

Effects of feet warming using bed socks on sleep quality and thermoregulatory responses in a cool environment
Yelin Ko, Joo-Young Lee
J Physiol Anthropol. 2018; 37: 13.  Published online 2018 Apr 24. doi: 10.1186/s40101-018-0172
PMCID: PMC5921564

Psychosis following stab brain injury by a billiard stick
I Turkalj, S Stojanovic, K Petrovic, V Njagulj, I Mikov, M Spanovic
Hippokratia. 2012 Jul-Sep; 16(3): 275–277. 
PMCID: PMC3738738

Is it better to be smart or stupid?
Kamran Abbasi
BMJ. 2004 Sep 25; 329(7468): 0. 
PMCID: PMC518879

Snappy answers to stupid questions: an evidence-based framework for responding to peer-review feedback
Daniel Rosenfield, Steven J. Hoffman
CMAJ. 2009 Dec 8; 181(12): E301–E305.  doi: 10.1503/cmaj.091164
PMCID: PMC2789163

Artificial Intelligence Is Stupid and Causal Reasoning Will Not Fix It
J. Mark Bishop
Front Psychol. 2020; 11: 513474.  Published online 2021 Jan 5. doi: 10.3389/fpsyg.2020.513474
PMCID: PMC7874145

A giant cutaneous horn on the eyebrow
Pan Xu, Lixiong Gu, Xiaodong Yao, Xiaoyan Wu, Xiaodong Chen
JAAD Case Rep. 2015 Sep; 1(5): 295–297.  Published online 2015 Jul 31. doi: 10.1016/j.jdcr.2015.05.011
PMCID: PMC4809224

Characterizing the lateral slope of the aging female eyebrow
Tanya L DeLyzer, Arjang Yazdani
Can J Plast Surg. 2013 Autumn; 21(3): 173–177.  doi: 10.1177/229255031302100302
PMCID: PMC3805639

Techniques of Eyebrow Lifting: A Narrative Review
Nasser Karimi, Mohsen Bahmani Kashkouli, Hamed Sianati, Behzad Khademi
J Ophthalmic Vis Res. 2020 Apr-Jun; 15(2): 218–235.  Published online 2020 Apr
6. doi: 10.18502/jovr.v15i2.6740
PMCID: PMC7151508

Genome-wide association studies and CRISPR/Cas9-mediated gene editing identify regulatory variants influencing eyebrow thickness in humans
Sijie Wu et al.
PLoS Genet. 2018 Sep; 14(9): e1007640.  Published online 2018 Sep 24. doi: 10.1371/journal.pgen.1007640
PMCID: PMC6171961

Eyebrow Height Changes with Aging: A Systematic Review and Meta-analysis
Malke Asaad, Ahmad Beshr Kelarji, Cham Shaban Jawhar, Joseph Banuelos, Editt Taslakian, Waseem Wahood, Krishna S. Vyas, Basel Sharaf
Plast Reconstr Surg Glob Open. 2019 Sep; 7(9): e2433.  Published online 2019 Sep 30. doi: 10.1097/GOX.0000000000002433
PMCID: PMC6908395

The case of the haunted scrotum.
J R Harding
J R Soc Med. 1996 Oct; 89(10): 600. 
PMCID: PMC1295986

Plastic Bag With Holes as an Alternative to Face Shield: Our Experiences
Subramanian Senthilkumaran, S.V. Arathisenthil, Ramachandran Meenakshisundaram, Ponniah Thirumalaikolundusubramanian, V.P. Chandrasekaran
J Emerg Med. 2020 Sep; 59(3): 444–445.  Published online 2020 Aug 16. doi: 10.1016/j.jemermed.2020.06.046
PMCID: PMC7429074

Injuries caused by handcuffs.
P. W. Richmond, L. J. Fligelstone, E. Lewis
BMJ. 1988 Jul 9; 297(6641): 111–112.  doi: 10.1136/bmj.297.6641.111
PMCID: PMC1833797

Is a tattoo the answer?
Clare Polack
BMJ. 2001 Nov 3; 323(7320): 1063. 
PMCID: PMC1121553

(If it is, you have to wonder: what’s the Question?)

Counting angels
Andrew M Mason
Emerg Med J. 2007 Apr; 24(4): 311.  doi: 10.1136/emj.2007.046540
PMCID: PMC2658254

How Many Angels Can Dance on the Head of a Patch Pipette?
Carl E. Stafstrom
Epilepsy Curr. 2020 Sep-Oct; 20(5): 309–311.  Published online 2020 Sep 10. doi: 10.1177/1535759720948440
PMCID: PMC7653648

Searching for Strangely Shaped Cookies – Is Taking a Bite Out of a Cookie Similar to Occluding Part of It?

Eli Brenner, Sergio Sánchez Hurtado, Elena Alvarez Arias, Jeroen B. J. Smeets, Roland W. Fleming
Perception. 2021 Feb; 50(2): 140–153.  Published online 2020 Dec 30. doi: 10.1177/0301006620983729
PMCID: PMC7879225

The Best of PubMed #26

Karaoke can damage singers’ voices and hearing
Roger Dobson
BMJ. 2003 Jul 5; 327(7405): 12. 
PMCID: PMC1150966

Hell is a karaoke cruise
Gregory A Petsko
Genome Biol. 2001; 2(9): comment1011.1.  Published online 2001 Aug 31. 
PMCID: PMC138958

(Those two fall into the category, “Stating the obvious…”)

Dentures and deep time
Kevin Barraclough
BMJ. 2005 Dec 10; 331(7529): 1415. 
PMCID: PMC1309703

Peer review or barbecue? The choice is clear
Paul C. Hébert
CMAJ. 2007 May 8; 176(10): 1389.  doi: 10.1503/cmaj.070506
Cet article est disponible en français: CMAJ. 2007 May 8; 176(10): 1391. 
PMCID: PMC1863532

Cadmium poisoning from a refrigerator shelf used as an improvised barbecue grill
Timothy D. Baker, William G. Hafner
Public Health Rep. 1961 Jun; 76(6): 543–544. 
PMCID: PMC1929634

(Now who hasn’t tried that?)

Scent-sniffing dogs can discriminate between native Eurasian and invasive North American beavers
Frank Rosell, Hannah B. Cross, Christin B. Johnsen, Janne Sundell, Andreas Zedrosser
Sci Rep. 2019; 9: 15952.  Published online 2019 Nov 4. doi: 10.1038/s41598-019-52385-1
PMCID: PMC6828808

This one falls into the category: “Problems we didn’t know existed…”:

A procedure for the withdrawal of an infant oral pacifier
W. T. McReynolds
J Appl Behav Anal. 1972 Spring; 5(1): 65–66.  doi: 10.1901/jaba.1972.5-65
PMCID: PMC1310726

The Impacts of the Presence of an Unfamiliar Dog on Emerging Adults’ Physiological and Behavioral Responses Following Social Exclusion
Ilona Papousek, Katharina Reiter-Scheidl, Helmut K. Lackner, Elisabeth M. Weiss, Corinna M. Perchtold-Stefan, Nilüfer Aydin   Behav Sci (Basel) 2020 Dec; 10(12): 191.  Published online 2020 Dec 14. doi: 10.3390/bs10120191
PMCID: PMC7764974

Validation of a Seven-Factor Structure for the Motives for Playing Drinking Games Measure
Byron L. Zamboanga, Shannon Audley, Janine V. Olthuis, Heidemarie Blumenthal, Cara C. Tomaso, Ngoc Bui, Brian Borsari
Assessment. Author manuscript; available in PMC 2020 Jun 1.
Published in final edited form as: Assessment. 2019 Jun; 26(4): 582–603. Published online 2017 Apr 16. doi: 10.1177/1073191117701191

COVID-19 research updates: does wearing tinfoil hats pose neurodegenerative threats to conspiracists and the general public?
I. M. Portant, R. E. Sults
Arch Toxicol. 2021 Apr 22 : 1–4.  doi: 10.1007/s00204-021-03051-x [Epub ahead of print]

Correction in: Arch Toxicol. 2021 May 11 : 1. PMCID: PMC8060683

The squeaky wheel doesn’t get the grease
Douglas Waugh
CMAJ. 1992 Feb 1; 146(3): 392. PMCID: PMC1488257

The squeaky wheel gets the grease
Vicki Brower
EMBO Rep. 2005 Nov; 6(11): 1014–1017.  doi: 10.1038/sj.embor.7400564
PMCID: PMC1371042

(You’d think they ought to retract the first piece, but I couldn’t find one… )

Imitating Mickey Mouse can be dangerous
Deborah Josefson
BMJ. 2000 Mar 18; 320(7237): 732. 
PMCID: PMC1117755

Strategy to diminish nonresponse
Don Eby
Can Fam Physician. 2017 Oct; 63(10): 753–754. 
PMCID: PMC5638469

(Makes you wonder whether “nonresponse” isn’t already diminished enough…?)

Contemplating annihilation
Theodore Dalrymple
BMJ. 2007 Jan 27; 334(7586): 211.  doi: 10.1136/bmj.39101.510023.B7
PMCID: PMC1782003

Changing attitudes on salivary secretion – a short history on spit.
J. R. Garrett
Proc R Soc Med. 1975 Sep; 68(9): 553–560. 
PMCID: PMC1863991

How to Gargle
Hospital (Lond 1886) 1900 Feb 3; 27(697): 291. 
PMCID: PMC5270052

VOMIT—victim of medical investigative technology
U Shaikh, Huw Lewis-Jones
BMJ. 2008 Jan 5; 336(7634): 8.  doi: 10.1136/bmj.39435.572731.3A
PMCID: PMC2174745

It’s difficult being green (as in vomit)
Carl A Kuschel, Barbara Cormack, Phil Morreau
BMJ. 2006 Jun 24; 332(7556): 1510–1511.  doi: 10.1136/bmj.332.7556.1510-b
PMCID: PMC1482381

L. Vernon-Jones
Br Med J. 1911 Aug 26; 2(2643): 464. 
PMCID: PMC2331455

This last one is a letter written in 1911 (by a Londoner, naturally) about the need for authorities to insist that all of those new-fangled motorized vehicles drive on the left side of the road, rather than honking when they get to intersections. The whole piece is worth reading, and you’ll find it below:

The triumphant return of the “Best of PubMed,” issue #25

If you’ve never noticed this category on the blog before, you’ve missed something! Buried within the biomedical literature are some real doozies – papers which really make you wonder, “Who on Earth would publish this stuff, let alone FUND it??”

All of these entries are real papers that can be found on the PubMed Central website for scientific literature – at least until they get taken down or retracted.

Click the “Best of pubmed” link on the menu on the left for all the past entries in this category…

Today’s theme is “Dubious behavior: maybe I should think twice about doing that…”

Mud wrestling
Mike Fitzpatrick
Br J Gen Pract. 2008 Aug 1; 58(553): 590.  doi: 10.3399/bjgp08X319864
PMCID: PMC2486393

Investigating the welfare and conservation implications of alligator wrestling for American Alligators (Alligator mississippiensis)
Casey Riordan, Jennifer Jacquet, Becca Franks
PLoS One. 2020; 15(11): e0242106.  Published online 2020 Nov 13. doi: 10.1371/journal.pone.0242106
PMCID: PMC7665580

Joy of Ping-Pong: Genome-Wide and Phenome-Wide Association Studies
Heung-Woo Park
Allergy Asthma Immunol Res. 2020 Sep; 12(5): 748–749.  Published online 2020 Jun 4. doi: 10.4168/aair.2020.12.5.748
PMCID: PMC7346994

Pimp my slang
Paul W Keeley
BMJ. 2007 Dec 22; 335(7633): 1295.  doi: 10.1136/bmj.39414.699005.94
PMCID: PMC2151309

Erlick A C Pereira
J R Soc Med. 2005 Apr; 98(4): 183–184. 
PMCID: PMC1079451

Sitcoms’ scintillating skin surveyors
Marjon Vatanchi, Daniel E. Zelac
Int J Womens Dermatol. 2019 Sep; 5(4): 271.  Published online 2019 Apr 29. doi: 10.1016/j.ijwd.2019.04.028
PMCID: PMC6831748

Punishing the patient.
D Waugh
CMAJ. 1988 Jul 1; 139(1): 58. 
PMCID: PMC1267990

“To Bluff like a Man or Fold like a Girl?” – Gender Biased Deceptive Behavior in Online Poker
Jussi Palomäki, Jeff Yan, David Modic, Michael Laakasuo
PLoS One. 2016; 11(7): e0157838.  Published online 2016 Jul 6. doi: 10.1371/journal.pone.0157838
PMCID: PMC4934693

Human Wagering Behavior Depends on Opponents’ Faces
Erik J. Schlicht, Shinsuke Shimojo, Colin F. Camerer, Peter Battaglia, Ken Nakayama
PLoS One. 2010; 5(7): e11663.  Published online 2010 Jul 21. doi: 10.1371/journal.pone.0011663
PMCID: PMC2908123

Christmas party games
James Owen Drife
BMJ. 2007 Dec 8; 335(7631): 1214.  doi: 10.1136/bmj.39415.448646.59
PMCID: PMC2128650

The Napoleon Complex: When Shorter Men Take More
Jill E. P. Knapen, Nancy M. Blaker, Mark Van Vugt
Psychol Sci. 2018 Jul; 29(7): 1134–1144.  Published online 2018 May 10. doi: 10.1177/0956797618772822
PMCID: PMC6247438

Confessions of a Superhero Junkie
Anne Dohrenwend
J Grad Med Educ. 2011 Mar; 3(1): 109–110.  doi: 10.4300/JGME-D-10-00197.1
PMCID: PMC3186262

The Ghoul Type of Nurse
Hospital (Lond 1886) 1919 Feb 22; 65(1707): 455. 
PMCID: PMC5243629

Impact of Acute Sleep Deprivation on Sarcasm Detection
Gaétane Deliens, Fanny Stercq, Alison Mary, Hichem Slama, Axel Cleeremans, Philippe Peigneux, Mikhail Kissine
PLoS One. 2015; 10(11): e0140527.  Published online 2015 Nov 4. doi: 10.1371/journal.pone.0140527
PMCID: PMC4633173

“Spidey Can”: Preliminary Evidence Showing Arachnophobia Symptom Reduction Due to Superhero Movie Exposure
Yaakov S.G. Hoffman, Shani Pitcho-Prelorentzos, Lia Ring, Menachem Ben-Ezra
Front Psychiatry. 2019; 10: 354.  Published online 2019 Jun 7. doi: 10.3389/fpsyt.2019.00354
PMCID: PMC6565891