Ya westerling yang melakukan holocaust di makassar hidup enak sebagai pahlawan.

Ya Hitler si fanatik dan petinggi gereja dibelakangnya yang melakukan holocaust 

Ya Pater beek yang ikut memfasilitasi dan mendorong pambantaian orang-orang 
kiri di Indonesia...

Ya slobodan Milosevic, jagal abad 21, yang melakukan pembasmian etnis dan agama 

Ya siapa yang ngebom vietnam, kamboja menguji coba senjata pemusnah langsung 
pada manusia

Ya siapa lagi yang bikin dan pelihara belahan dunia dalam situasi konflik dan 
berbunuhan


--- Pada Sel, 15/7/08, Jusfiq Hadjar <[EMAIL PROTECTED]> menulis:
Dari: Jusfiq Hadjar <[EMAIL PROTECTED]>
Topik: [proletar] (unknown)
Kepada: [email protected]
Tanggal: Selasa, 15 Juli, 2008, 4:11 PM










    
            Penelitian begini, sekarang ini lazimnya dilakukan oleh orang-orang 
kafir....



Dan orang kafirlah yang sedang melakukan apa yagn disebut oleh Edelmen sebagai 
revolusi, yaitu penelitian dibidang neuroscience. .



Orang kafir pulalah yang telah berhasil mengirim manusia ke bulan.



Orang kafirlah yang telah mengirim Phoenix ke Mars.



Orang Islam sih sibuk ngurusi apa yagn haram dan apa yang bukan..



Ngurusin tetek Claudia Shifter yagn ditutup baju yang beertuliskan ayat 
al-Mushaf..



Bikin onar, seperti ketika ada kartun Denmarkt itu.



Saling menindas seperti yang dilakukan FPI terhdap Ahmadiyah.



Saling berbunuhan seperti yang dilakukan  oleh orang syiah yang membunuh orang 
sunni dan orang sunni yang mebmunuhi orang syiah di Iran, Pakistan dll.



Orang sunni juga saling berbunuhan di Darfur.



Islam itu, saya bilang dan saya ulang, adalah laknat buat ummat manusia, 
artinya buat orang Islam sendiri.



.-----



Web address:

     http://www.scienced aily.com/ releases/ 2008/07/

     080709180722. .htm     



Seasonal Programmed Brain Cell Death Foiled In Living Birds

enlarge



Brain neurons programmed to die in white-crowned sparrows have been kept alive 
for seven days by University of Washington researchers. (Credit: Photo by 
Tsu-Wei Wang)



ScienceDaily (July 14, 2008) — Neurons in brains of one songbird species 
equipped with a built-in suicide program that kicks in at the end of the 
breeding season have been kept alive for seven days in live birds by 
researchers trying to understand the role that steroid hormones play in the 
growth and maintenance of the neural song system.



It is the first time scientists have shown that inhibiting an enzyme involved 
in programmed cell death can protect a brain region in a living animal from 
neurodegeneration following the withdrawal of steroids.



In addition, the University of Washington research being published July 10 in 
the Journal of Neuroscience reports that the infusion of this enzyme inhibitor 
into one brain region also kept another connected brain structure from 
degenerating.



The research has potential to help scientists develop clinical strategies for 
treating strokes and such human age-related degenerative diseases as 
Alzheimer's, Parkinson's and dementia, all of which may involve the death of 
brain cells.



Previous work by the co-authors Christopher Thompson and Eliot Brenowitz showed 
that neurons in a brain region called the HVC begin regressing within 12 hours 
after the withdrawal of the steroid hormone testosterone, followed soon 
thereafter by cell death. The new study indicates that enzymes called caspases, 
which play a key role in a cell suicide process called apoptosis, are involved 
in this process of neurodegeneration and that inactivation of caspases protects 
brain cells for at least a week.



Thompson, who just earned his doctorate in neurobiology and behavior at the UW 
and is now a postdoctoral researcher at the Freie Univeristät in Berlin, and 
Brenowitz, a UW professor of psychology and biology, study the brain regions 
controlling the singing behavior of a white-crowned sparrow.



"In the future, physicians might be able to stabilize people who have suffered 
a stroke using these inhibitors," said Brenowitz. "The basic mechanisms of cell 
death are the same in people and birds. With a stroke we often act as if it 
only affects the one area stricken by the loss of blood supply. But 
neuroscience has shown that different brain regions are connected in neural 
circuits. By using inhibitors like these to preserve neurons in the affected 
area, we might be able to preserve neurons in other connected brain areas."



The researchers received federal and state permits to capture 15 male sparrows 
in Eastern Washington after the breeding season as the birds were returning 
from Alaska to their winter home in California. The birds were housed indoors 
for 12 weeks under short-day lighting conditions to ensure their song and 
reproductive systems were regressed to a non-breeding state. Song-control 
regions in the brains of these sparrows and other songbirds naturally expand 
and shrink during the year depending on whether or not the birds are in a 
breeding state.



Next, the birds were exposed to 16 hours of light a day in long-day conditions, 
castrated and implanted with a high level of testosterone for 28 days to induce 
full growth of the song-control system. At that point, testosterone was 
withdrawn, the caspase inhibitors were infused near the HVC region on one side 
of the brain in 12 of the birds and the sparrows were returned to short-day 
lighting conditions. Three of the sparrows received a control substance that is 
chemically similar but did not have inhibitory properties. Groups of birds were 
euthanized after 1, 3 and 7 days. These procedures were done with the approval 
of the UW's Institutional Animal Care and Use Committee and the National 
Institute of Mental Health. The latter funded the research.



Examination of brain tissue showed that the caspase inhibitors prevented cell 
death in the HVC on the side of birds' brain that received these chemicals 
while this region began to degenerate on the opposite side of the brain. In 
addition, neurons in another connected song-control region called the RA on the 
side of the brain receiving the caspase inhibitors did not regress after seven 
days. Neurons in the HVC in the birds that did not get caspase inhibitors 
exhibited cell death, and RA neurons regressed.



"The normal role of hormones during the breeding season is to stimulate and 
maintain growth of these neural systems. We don't yet know all the ways in 
which hormones prevent brain cell death, but this study shows that hormones 
block caspases and so preserve neurons," said Brenowitz. "We are extending the 
life of these cells and halting the rapid degeneration of the song system."

Adapted from materials provided by University of Washington.

Need to cite this story in your essay, paper, or report? Use one of the 
following formats:

APA



MLA

University of Washington (2008, July 14). Seasonal Programmed Brain Cell Death 
Foiled In Living Birds. ScienceDaily. Retrieved July 15, 2008, from 
http://www.scienced aily.com­ /releases/2008/ 07/080709180722. htm



------------ ---

Jusfiq Hadjar gelar Sutan Maradjo Lelo



Allah yang disembah orang Islam tipikal dan yang digambarkan oleh al-Mushaf itu 
dungu, buas, kejam, keji, ganas, zalim lagi biadab hanyalah Allah fiktif.



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