Well, I WILL ask: what is Bauplane? German for "building plan"?
re vertebrate and arthopod inversion: yes, we (speaking for myself,
anyway, as a vertebrate) have skeletons on the inside, and "they" have
skeletons on the outside; but do you have in mind something more
profound than that?
And yes, there do seem to be common mechanisms involved in brain
plasticity at the level of memory formation and at the level of
F. Frank LeFever, Ph.D.
New York Neuropsychology Group
In <7eh1hp$7bm$1 at nnrp1.dejanews.com> hemidactylus at my-dejanews.com
>>In article <7eapup$l1r$1 at usenet01.srv.cis.pitt.edu>,
>mihalek at FORMULA1.smtp.anes.upmc.edu (Robert M. Mihalek) wrote:
>> In article <7e493v$rk6$1 at nnrp1.dejanews.com>
>>hemidactylus at my-dejanews.com writes:
>>>> > I've seen brief mention of CREB in a journal article (Arendt DA
>> > Nubler-Jung K. 1996. BioEssays (18): 255-259). It is brought up as
>> > conserved mechanism of long-term memory. I've nosed around Medline
>> > and came to the conclusion that this might be an important
>> > does CREB compare/contrast with LTP? I realize LTP has come under
>> > scrutiny lately. Is there good criticism for CREB? I'll probably
>> > on this when time allows, but in the meantime I'd appreciate
>>>> Check out the Neuron and Cell publications from Jerry C.P. Yin and
>> Tully. They did the Drosophila CREB work showing the divergent
>> of two splice variants, CREB activator and CREB repressor, on
>> protein-synthesis dependent long-term memory. Over-expression of
>> activator essentially made the flies super-smart (odor-o-graphic
>> memory) and expression of the CREB blocker form nixed the flies'
>> ability to develope long-term memory.
>>>> Since this is such an excellently presented case of CREB's
>> in long-term memory in a live behaving animal, you really needn't
>> about LTP.
>>>>>>Thanks to everybody who entered this discussion. I'm pretty much
>right now. I'll be able to attack the literature a little more in a
>I'd love to find a way of conceptually linking engrams with Bauplane
>ask ;-)), but I need to get some more molecular details under my belt.
>article I cited (Arendt and Nubler-Jung, 1996) looked at a commonality
>brain anlagen development, which could go down to the early gene
>It was Geoffroy St. Hilaire who spawned the idea of vertebrates and
>arthropods being inversions of each other and some of the genetics
>pointing in this direction. Arendt and Nubler-Jung have another
>(1994. Nature (371): 26) where this is discussed. Interesting stuff.
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