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Ð’ данной работе мы иÑÑледовали механизм олигомеризации белков BASP1 и GAP-43 и проверÑли гипотезу о том, что олигомеры BASP1 и GAP-43 организованы по механизму "ÑлектроÑтатичеÑкого Ñдра". Работа выполнена на тканÑÑ… головного мозга коровы. Показано, что олигомеры BASP1 и GAP-43 Ñодержат уÑтойчивое к протеолизу Ñдро. Показано, что поликатионные домены белков BASP1 и GAP-43 - N-концевые учаÑтки и Ñффекторные домены, ответÑтвенны за образование их олигомеров. Полученные данные ÑоответÑтвуют механизму “ÑлектроÑтатичеÑкого Ñдраâ€. Показано, что неÑтруктурированный белок, Ñодержащий поликатионные домены, MBP3, образует олигомеры по Ñхожему механизму in vitro.
In this work we investigated oligomerization mechanism of proteins BASP1 and GAP-43 and tested the hypothesis that oligomers of BASP1 and GAP-43 organized on the model of the “electrostatic coreâ€. Work performed on bovine brain tissue. We showed that BASP1 and GAP-43 oligomers contain insensitive to proteolytic digestion core and we found out that polycationic domains of BASP1 and GAP-43 - N-terminal peptides and effector domains are responsible for oligomerization. These findings correspond to the proposed mechanism of oligomeriziation which is named “electrostatic coreâ€. Also we found out that intrinsically disordered signaling protein MBP3 has the same mechanism of oligomerization.
неÑÑÑÑкÑÑÑиÑованнÑе белки, BASP1, protein oligomers, amyloid oligomers, белковÑе олигомеÑнÑе комплекÑÑ, GAP-43, ÑоÑÑаÑидилинозиÑол-4,5-диÑоÑÑаÑ, intrinsically disordered proteins
неÑÑÑÑкÑÑÑиÑованнÑе белки, BASP1, protein oligomers, amyloid oligomers, белковÑе олигомеÑнÑе комплекÑÑ, GAP-43, ÑоÑÑаÑидилинозиÑол-4,5-диÑоÑÑаÑ, intrinsically disordered proteins
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