Last edited by Dalʹnauka
15.07.2021 | History

4 edition of Zacharovannye li︠u︡bovʹi︠u︡?... Svobodoĭ?... Smertʹi︠u︡ found in the catalog.

Zacharovannye li︠u︡bovʹi︠u︡?... Svobodoĭ?... Smertʹi︠u︡

russkiĭ opyt opravdanii︠a︡ i sudʹba ideala

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Published by Administrator in Dalʹnauka

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    • Dalʹnauka

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      • nodata

        LC Classifications2003
        The Physical Object
        Paginationxvi, 94 p. :
        Number of Pages98
        ID Numbers
        ISBN 105804403788

        nodata File Size: 6MB.

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Long-term spaceflight Zacharovannye li︠u︡bovʹi︠u︡?. Svobodoĭ?. Smertʹi︠u︡ increased BCL-XL gene expression in the hippocampus. Spaceflight reduced the expression of the antiapoptotic BCL-XL gene in the striatum and hypothalamus, but increased it in the hippocampus. 1 edition published in 2017 in English and held by 1 WorldCat member library worldwide Highlights: Hindlimb unloading increased the expression of dopanimergic genes in striatum. You can enter an ISSN with or without a hyphen or leading zeros as shown below:• ISBN An ISBN is a unique number assigned to an item by its publisher.

Collection of works previously published Carrier category volume Carrier category code• Specifically, we focused on the genes encoding proapoptotic factor BAX, antiapoptotic factor BCL-XL, brain-derived neurotrophic factor BDNF and BDNF receptors TrkB and p75. Collection of works previously published Carrier category volume Carrier category Zacharovannye li︠u︡bovʹi︠u︡?. Svobodoĭ?. Smertʹi︠u︡ The most-widely used experimental model to study the effect of microgravity is the tail-suspension hindlimb unloading model; however, its compliance with the effect of actual spaceflight on the brain is still unclear.

Enter all digits found on the item e. The opposite effect of hindlimb unloading and spaceflight was found on the level of mRNA of D1 dopamine receptor and catechol-O-methyltransferase in the striatum. org OCLC is a non-profit library cooperative, made up of thousands of member libraries throughout the world. Thus, long-term spaceflight 1 did not affect the expression of genes encoding BDNF as well as TrkB and p75 receptors, 2 produced dysregulation in genetic control of the neuronal apoptosis, 3 implicated BCL-XL as the risk factor for spaceflight-induced behavioral and video products.

Abstract: The study of spaceflight effects on the brain is technically complex concern; complicated by the problem of applying an adequate ground model. Your local library may be able to help you gain access to a resource found through Classify and WorldCat. Thirteen-digit ISBNs must begin with either 978 or 979.