The Los Angeles Times reported last year on research showing that people without faith were less likely to help a poor or homeless person than religious believers. While both describe themselves as "good citizens," their charitable practices were strikingly different. Americans of no faith donated an annual average of $200 to charity; active-faith adults typically contributed $1,500.

from here

Welcome to Chunkdz as a new contributor to Telic Thoughts, drinks are on him though.

Welcome Nullasalus, a new contributor to Telic Thoughts, drinks are on me.

Those attending religious services at least once per week showed a 20 percent mortality risk reduction mark compared with those not attending services at all. These findings corroborate prior studies that have shown up to a 25 percent reduction in such risk.

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The study adjusted for participation of individuals within communal organizations and group activities that promote a strong social life and enjoyable routines, behaviors known to lead to overall wellness. However, even after controlling for such behavior and other health-related factors, the improvements in morbidity and mortality rates exceeded expectations.

“Interestingly, the protection against mortality provided by religion cannot be entirely explained by expected factors that include enhanced social support of friends or family, lifestyle choices and reduced smoking and alcohol consumption,” said Dr. Schnall, who was lead author of the study. “There is something here that we don’t quite understand. It is always possible that some unknown or unmeasured factors confounded these results,” he added.

here

Previously, it has been shown that genes that duplicated in the same time window and are clustered in the MHC regions suggests that a proto-MHC region was present in the last common ancestor of chordates, this is further supported by conservation of clusters with the urochordates.

The conservation of the clustering with arthropods suggests that a proto-MHC region was even older, present in Urbilateria.

Several studies now suggest that many important genes for the Adaptive Immune System were "waiting" for recruitment.

Our studies support the general statement that AIS appears after the jawless/jawed vertebrate split. However our study further reveals the fact that AIS is in its twilight in amphioxus and the evolution of the molecules in amphioxus are waiting for recruitment by the emergence of AIS.

see here, here , and here

It's not Yasgur's Farm, but what happens at the Konrad Lorenz Institute in Altenberg, Austria this July promises to be far more transforming for the world than Woodstock. What it amounts to is a gathering of 16 biologists and philosophers of rock star stature – let's call them "the Altenberg 16" – who recognize that the theory of evolution which most practicing biologists accept and which is taught in classrooms today, is inadequate in explaining our existence. It's pre the discovery of DNA, lacks a theory for body form and does not accomodate "other" new phenomena. So the theory Charles Darwin gave us, which was dusted off and repackaged 70 years ago, seems about to be reborn as the "Extended Evolutionary Synthesis".

here

Despite the stunning variety of photoreceptor organs, every animal uses the same kind of light-capturing molecule to do this job. Insects, humans, clams, and scallops all use opsins. Not only can we trace the history of eyes through differences in the structure of their opsins, but we have good evidence that we can thank bacteria for these molecules in the first place.

The bacterial past can be used to our advantage in studying the diseases of mitochondria — in fact, some of the best experimental models for these diseases are bacteria. This is powerful because we can do all kinds of experiments with bacteria that are not possible with human cells… [European researchers] were able to simulate parts of a human mitochondrial disease in a bacterium, with virtually the same change in metabolism. This is putting a many-billion-year part of our history to work for us.

Your Inner Fish: A Journey into the 3.5-Billion-Year History of the Human Body