Darwinism has always been an upper-class movement. ID, by contrast, is strictly middle-class. That’s our base and that’s where we find our support.You won't believe his evidence for such a statement unless you actually follow the link and read what he wrote.
Come to the Centre for Inquiry's lecture by Wodek Szemberg on the role of atheists in the media. [Why So Few Atheists in the Media?].SPECIAL EVENT: Why So Few Atheists in the Media? with TVO The Agenda Producer
Starts
Friday, May 9th at 7:00 pm
Ends
Friday, May 9th at 9:00 pm
Location
Centre for Inquiry Ontario, 216 Beverley St., Toronto, ON M5T 1Z3, 1 minute south of College St. at St. George St.
Wonder why secular humanists aren't included on every media ethics panel which includes the perspectives of just about everyone else?
INFLUENTIAL TV PRODUCER DISCUSSES ATHEIST & HUMANIST MARGINALIZATION IN THE MEDIA AND SUGGEST NEW STRATEGIES
Special FREE Event!
Featuring Wodek Szemberg, TV Ontario Producer of The Agenda with Steve Paiken, Best Lecturer Competition and BIG IDEAS, and "out of the closet" atheist.
Everyone is welcome.
Steven Novella (photo) is a skeptic and a neurologist at Yale University School of Medicine. He publishes a podcast called Skeptics Guide to the Universe. In the April 30th edition he discusses the proposed Florida Laws on "Academic Freedom" with Bob Novella, Evan Bernstein, and Jay Novella [Skepticast #145].Keeping all these cautions in mind, it is still quite remarkable that some significant percentage of fundamentalist Protestants can go to college and still reject the basic scientific fact that humans evolved. Note that in all of the other groups the college educated subset are more inclined to accept evolution. (Do most of those "college" educated fundamentalists go to some cheap reproduction of a college run by a religious organization?)I stand by this statement.
As we've seen time and time again on the blogs (and elsewhere), the Christian fundamentalists have erected very strong barriers against learning. It really doesn't matter how much they are exposed to rational thinking and basic scientific evidence. They still refuse to listen.
This is one of the reasons why I would flunk them if they took biology and still rejected the core scientific principles. It's not good enough to just be able to mouth the "acceptable" version of the truth that the Professor wants. You actually have to open your mind to the possibility that science is correct and get an education. That's what university is all about.
Of course, we all recognize the problem here. How do you distinguish between a good Christian who is lying for Jesus and one who has actually come to understand science? It seems really unfair to flunk the honest students who admit that they still reject science and pass the dishonest ones who hide their true beliefs.
What if you are a Professor of Medicine at Yale University? Imagine teaching a course on basic neurology and the treatment of, say, Parkinson's disease. What would you do about Scientology students who can recite correctly all of the data on effective drug treatment but then reject it all because it conflicts with their religion? Should they still get an M.D. degree? Is evidence based medicine a requirement or can it be sacrificed when it conflicts with sincerely held beliefs? {Hat Tip: BigHeathenMike]
Reserpine is a powerful plant alkaloid that used to be used to control psychotic behavior and treat certain cancers. Unfortunately, it's severe side effects and unpredictable behavior has limited it's usefulness. The drug has been replaced by more reliable treatments.
My first exposure to research was a summer job (1966) in the lab of George Setterfield at Carleton University in Ottawa (Canada). The project was to identify crystal-like inclusions in the cells of Rauwolfia serpentina. The hypothesis was that these inclusions were composed of alkaloids, especially reserpine. As I recall, I didn't make much progress. The inclusions weren't always visible and my suspicion was that they could have been an artifact of the fixation process. 1. It's much safer to eat meat.
It's been a while since you had to identify a molecule and give it's correct IUPAC name so here's a molecule that will give you some practice. First, you should assume that this is the L- form of this molecule and not the D- form. (This isn't obvious from the chemical structure.) 1. That might have something to do with the fact that you have to be in Toronto to collect the prize, ya think? Maybe I should have another prize for people who can't come to Toronto? How about a Tim Horton's gift certificate?
I've been wondering if John Logsdon was still alive. There have been very few postings on his blog Sex, Genes, & Evoluton. Now we know why. He has been organizing a meeting about Sex in Iowa. (Is that an oxymoron?)
The latest issue of Tangled Bank is #104. It's hosted at Dammit Jim! [Tangled Bank #104].Welcome to the 104th edition of the Tangled Bank blog carnival (a biweekly showcase of good biology posts selected by the authors themselves). Rigorous calculations and archaelogical research have revealed that this is the Tangled Bank’s 4th birthday. In the birthday spirit, several people sent appropriately themed presents.
If you want to submit an article to Tangled Bank send an email message to host@tangledbank.net. Be sure to include the words "Tangled Bank" in the subject line. Remember that this carnival only accepts one submission per week from each blogger. For some of you that's going to be a serious problem. You have to pick your best article on biology.
Come to the Centre for Inquiry's lecture by David Hitchcock tomorrow night. I'm really looking forward to this 'cause I've often confronted theists who claim that atheism is a relatively new phenomenon. Many of them think it's caused by modern science.Starts
Friday, May 2nd at 7:00 pm
Ends
Friday, May 2nd at 9:00 pm
Location
Centre for Inquiry Ontario, 216 Beverley St, Toronto ON (1 minute south of College St at St. George St)
Summary
Agnosticism, atheism and religious scepticism have a longer history in western thought than is often recognized. I survey the history of such thinking in the ancient Greek philosophical tradition from the 5th century BCE to the 2nd century CE. The views surveyed include arguments against the anthopomorphism of popular religion, explicit agnosticism, naturalistic explanations of the origin of religion, arguments that truly divine beings would be indifferent to human doings and sufferings, and sceptical attacks on the most common arguments for the existence of gods.
Brief biography of David Hitchcock
David Hitchcock is professor of philosophy at McMaster University in Hamilton, Canada. Born in 1942 in England, he was brought by his parents to Hamilton at the age of 5 and has lived there ever since, except for a year in England as a child and four years in California as a graduate student. His research falls into three main areas: the philosophy of argument, ancient philosophy, and the history of logic. He is the author of a textbook on critical thinking, as well as co-author of a textbook on logic and critical thinking in medicine. He has also co-edited a volume of original papers on the use of the "Toulmin model" for the analysis and evaluation of arguments. He is the author of dozens of book chapters, journal articles and conference proceedings papers. They deal with such topics as the evaluation of inferences, the concept of relevance, practical reasoning, the effectiveness of computer-assisted instruction in critical thinking, Plato's conception of the good, the relation between fallacies and formal logic in Aristotle's thought, Aristotle's theory of argument evaluation, the reconstruction of Stoic propositional logic, and the Polish version of Alfred Tarski's classic paper on the concept of logical consequence.
Dr. Hitchcock received his B.A. in Honours Philosophy in 1964 from McMaster University and his Ph.D. in philosophy in 1974 from Claremont Graduate School in Claremont, California. His Ph.D. dissertation dealt with the role of myth in Plato's dialogues and its relation to rational argument. He has been a full-time faculty member at McMaster since July 1968.
Dr. Hitchcock was the founding president (1983-85) of the Association for Informal Logic and Critical Thinking, an international scholarly association, and is currently serving a two-year term (2007-09) on its board.
Dr. Hitchcock has been a member of the New Democratic Party of Canada since 1963. He was the NDP candidate for Member of Parliament in the constituency of Hamilton -Wentworth in three federal elections, in 1979, 1980 and 1984. He is currently membership organizer in the Ancaster -Dundas -Flamborough -Westdale New Democratic Party Provincial Riding Association. He is also the official agent of Gordon Guyatt, who has been nominated as the NDP candidate in the constituency of Ancaster -Dundas -Flamborough -Westdale in the next federal election.
He is married and has two daughters, one stepson and four granddaughters.
$5 regular, $4 general, FREE for Friends of the Centre
One of the arguments used against atheists is that they haven't studied religion. The theists maintain that there are very sophisticated arguments for the existence of God and that we atheists are just ignoring all those good argumnts in order to score points against the simplistic arguments of the hoi polloi.Hello Bloggers,Some readers have noticed that posting comments has become a problem. I don't know exactly what Blogger has done to cause this problem. There were complaints about the new format for word verification so I've turned off that feature for now. Many people found it impossible to decipher the letters. (Blogger has since restored the old version.)
It seems that a few of you feel you aren't getting the proper TLC that you deserve when requesting a spam appeal. So to make sure that no one falls through the cracks, we have created a form where you can submit your locked URL for another manual review by a human being.
If you've already submitted a request from your dashboard and you have not heard back from us after four business days, please re-submit your blog's address at the form below:
https://spreadsheets.google.com/viewform?key=pZHHZdeYKeHjcTRpnBYV0Qw&...
Thanks,
Dana
PS If doing that doesn't work, then your blog has probably been determined to be spam :(
I know, I know, ... I'm not telling you something you don't already know. Ben Stein's role in Expelled: No Intelligence Allowed is more than sufficient to demonstrate that, indeed, intelligence is not permitted in that movie.Stein: When we just saw that man, I think it was Mr. Myers [i.e. biologist P.Z. Myers], talking about how great scientists were, I was thinking to myself the last time any of my relatives saw scientists telling them what to do they were telling them to go to the showers to get gassed … that was horrifying beyond words, and that’s where science — in my opinion, this is just an opinion — that’s where science leads you.Like the man says, when you're an IDiot, there's no intelligence allowed.
Crouch: That’s right.
Stein: …Love of God and compassion and empathy leads you to a very glorious place, and science leads you to killing people.
Crouch: Good word, good word.
"for his discovery of the part played by the hormone of the anterior pituitary lobe in the metabolism of sugar"
Bernardo Alberto Houssay (1887 - 1971) received the Nobel Prize in Physiology or Medicine for his work on pituitary gland hormones that affect carbohydrate metabolism. He shared the prize with Carl and Gerty Cori. Your Majesty, Your Royal Highnesses, Ladies and Gentlemen.
The teaching body of the Caroline Institute has decided to award one half of the 1947 Nobel Prize for Physiology or Medicine to Professor Carl Cori and Dr. Gerty Cori «for their discovery of the course of the catalytic conversion of glycogen», and the other half to Professor Bernardo Houssay «for his discovery of the part played by the hormone of the anterior pituitary lobe in the metabolism of sugar».
The work of these prize-winners is within the same centrally important sphere, namely the metabolism of sugar in the body. They have elucidated the enzymatic reactions between glucose and glycogen, and have shown how these reactions are controlled by physiological factors. Faulty sugar metabolism may lead to diabetes, with its universally known symptoms. Everyone now knows, too, that in the majority of cases it has been possible to keep this disease in check by insulin since its discovery by Banting and MacLeod, to whom the Nobel Prize was awarded in 1923. It would be a grave mistake, however, to believe that this brilliant discovery unravelled the immense complex of problems concerning sugar metabolism. Certainly it is long known that insulin decreases the blood sugar level, but until recently the mechanism of this effect was veiled in mystery.
The task of sugar metabolism is to supply energy for the activities of life. One cannot make the slightest muscular movement without the combustion of an appropriate amount of sugar. It is readily understandable that one of our most urgent tasks is to elucidate this branch of metabolism. A clear light has been thrown on previously obscure points in our knowledge, by the discoveries for which the prizes are awarded this year.
Ninety years ago the great French physiologist, Claude Bernard, discovered that the liver and muscles contain a starch-like substance, which he called glycogen, the «sugar former». Every molecule of glycogen consists of a large number of grape sugar molecules, which are united together to be stored up in that form until they are needed. When needed, the glycogen disintegrates again into grape sugar, or glucose, to use a more scientific name. In this way the glucose content of the blood can be kept fairly constant in spite of an uneven supply. The credit for having revealed how the interplay between the glucose and the glycogen takes place falls to Professor and Doctor Cori. From the works of Robison and Embden in the 1920's it was known that the sugar in living cells and tissues, e.g. in yeast and in muscle, appears under certain circumstances bound to phosphoric acid. Closer analysis showed that in these combinations the phosphoric acid was bound to the sixth in the chain of the six carbon atoms of the sugar molecule.
...
This latest work of the Cori's is directly connected with the discovery of the effect of the hypophysis on the utilization of sugar by Professor Bernardo A. Houssay, who has also been awarded a prize. The hypophysis, or the pituitary gland, is a small secreting gland at the base of the brain, where it lies sunk in a bony hollow in the most sheltered spot in the whole body. Its importance justifies its sheltered position, but its size is far from impressive: that of a bean in man, a pea in the dog, and a radish seed in the toad Bufo marinus.
People sometimes cite, more or less jokingly, the statement by Cartesius, the famous philosopher, that the soul lies in the pineal gland. Now it does so no more than in any other individual organ, but if Cartesius had chanced, instead, to guess at the hypophysis, which looks much the same and is situated immediately in front of the pineal gland, he would have been nearer the truth, for in spite of its diminutive size the hypophysis exercises a number of vital functions and occupies a commanding position in relation to the other endocrinous glands. By means of its hormones the hypophysis controls the thyroid, the sex glands and the cortex of the suprarenal glands; it regulates the formation of milk and the growth of the whole body. By means of extremely beautiful experiments Houssay has shown that it also plays a prominent role in the conversion of sugar.It was the discovery of insulin which aroused Houssay's interest in the hypophysis. As early as in the 1880's the great French research worker, Pierre Marie, had found that the excretion of sugar in the urine was a regular symptom in acromegalia, which is due to a disturbance in the function of the hypophysis, and therefore a connection between the function of the hypophysis and the metabolism of sugar might be suspected.
Houssay has worked chiefly with dogs and a large kind of toad, Bufo marinus, which is plentiful in the Argentine. In many series of experiments the hypophysis, or sometimes only its anterior lobe, was removed by operation. In the case of dogs, especially, the operation calls for highly developed technical skill if the result is not to be «the operation was successful, but the patient died». Houssay then found that the animals which had been operated on were abnormally sensitive to insulin and died with symptoms of bloodsugar deficiency from doses which were quite harmless for normal animals. In conformity with this, the glycogen content in the liver was abnormally low. A corresponding pathological picture is met with in the case of Simmond's disease in man. Dogs and toads exhibited the same kind of reaction, as have all the rest of the vertebrates hitherto investigated. This proves that Houssay had discovered a universal biological mechanism.
The discovery that a daily implantation of anterior lobe of hypophysis from toads on the operated animals protected the latter from the dangerous effect of insulin, was also of immense importance.Thus the hormone of the anterior lobe of the hypophysis was clearly antagonistic to the hormone of the pancreas, insulin. This was confirmed and illustrated by a further series of ingenious experiments. Davidoff and Cushing had observed already in 1927 that if diabetes was provoked in dogs by the removal of a part of the pancreas, the symptoms were moderated if part of the hypophysis was also taken away. However, these experiments were not entirely conclusive, since as a rule the diabetes provoked in this way may disappear spontaneously. Houssay and Biasotti obtained definite elucidation by means of a more radical procedure. The whole hypophysis was first removed and subsequently the pancreas. For three whole days after the latter operation no sugar appeared in the urine, which is always the case if the pancreas is removed from an animal which still has its hypophysis.
In 1931, in the course of their work on the growth hormone of the hypophysis, H. M. Evans and his co-workers in U.S.A. found that the extract which naturally was still impure - provoked diabetes if injected into animals. At the same time and independently of Evans, Houssay and his co-workers arrived at similar results. After injections of extract from the anterior lobe of the hypophysis, the diabetes persisted, in many cases for months, and this was found to be due to injury to the insulin-producing cells in the pancreas.
The active factor in the hypophysis is so extremely sensitive that all the preparations must be made at a low temperature, if they are not to be spoiled. Therefore a number of research workers, who were less careful than Houssay on this point, did not at first succeed in confirming his results. It may be added that the Cori's had to grapple with the same difficulties in the preparation of their extract of hypophysis, which to some extent confirms that both groups of workers were dealing with the same active substances.
A short description of the most important results of many years of scientific work can never give a complete idea of the days and nights of labour which is most frequently fruitless. Diligence and patience are indispensable components in the mental equipment of the research worker. These alone seldom or never lead to pioneer discoveries, however, because it is impossible to deal thoroughly and systematically with all the conceivable alternatives, at least in the case of biological problems. The possibilities are all too many. Intuition is the indispensable lode-star, promising new goals to be reached by a labyrinth of paths, the majority of which are blind alleys.
In work characterized by unremitting diligence, brilliant skill, and masterly acumen, today's prize-winners in physiology or medicine have shown themselves to possess all the qualities of the great research worker in natural sciences. They have thrown light on previously undreamt of connections between the inaccessible world of the enzymes and the hormones. The task of the doctor to prevent, heal or alleviate disease demands a knowledge of the functions of the body; this year's prize-winners have opened new fields in which Ernest Starling's happy expression «The physiology of today is the medicine of tomorrow» will prove its truth.
Professor Carl Cori and Doctor Gerty Cori. During the past decade the scientific world has followed your work on glycogen and glucose metabolism with an interest that has gradually increased to admiration. Since the discovery of glycogen by Claude Bernard ninety years ago, we have been almost totally ignorant of how this important constituent of the body is formed and broken down. Your magnificent work has now elucidated in great detail the extremely complicated enzymatic mechanism involved in the reversible reactions between glucose and glycogen. Your synthesis of glycogen in the test tube is beyond doubt one of the most brilliant achievements in modern biochemistry. Your discovery of the hormonal regulation of the hexokinase reaction would seem to lead to a new conception of how hormones and enzymes cooperate.
In the name of the Caroline Institute I extend to you hearty congratulations on your outstanding contribution to biochemistry and physiology.
Professor Houssay. That great philanthropist, Alfred Nobel, had a great personal interest in physiology. Few things gave him so great a pleasure as being able to witness the brilliant development of this science in the nineteenth century. In the development of physiology, Professor Houssay, you have played a very active part, particularly regarding the work which you have brought into prominence and which is now to be honoured by the Nobel Prize.
The hypophysis is a small gland, but its importance is not related to its size, since it regulates many of our most important functions. Amongst these functions, which you have studied and analysed in a clear and striking manner, is the dominant role the gland plays in our metabolic processes.
On behalf of the Caroline Institute I congratulate you on receiving the Nobel Prize which is presented to you today, and which is a sure sign that your name will ever remain engraved in the annals of physiology.
Professor Carl Cori and Doctor Gerty Cori; Professor Houssay. I now have the honour of asking you to accept the prize from the hands of His Majesty our gracious King.
[Hat Tip: RichardDawkins.net]
