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(A) Zero differences in ER expression were detected between individual groups with regular cognitive position (n=3 HIV;n=2 HIV+) in comparison to those with small (MCMD,n=3) or serious cognitive decrease (HAD,n=4)

(A) Zero differences in ER expression were detected between individual groups with regular cognitive position (n=3 HIV;n=2 HIV+) in comparison to those with small (MCMD,n=3)… Read More »(A) Zero differences in ER expression were detected between individual groups with regular cognitive position (n=3 HIV;n=2 HIV+) in comparison to those with small (MCMD,n=3) or serious cognitive decrease (HAD,n=4)

Immunoprecipitates obtained from mouse neuroblastoma Neuro2A cells using the indicated antibodies were subjected to Western blotting with the indicated antibodies

Immunoprecipitates obtained from mouse neuroblastoma Neuro2A cells using the indicated antibodies were subjected to Western blotting with the indicated antibodies. caused by suppression of endogenous… Read More »Immunoprecipitates obtained from mouse neuroblastoma Neuro2A cells using the indicated antibodies were subjected to Western blotting with the indicated antibodies

CD57 has been described as a marker for replicative senescence, and its expression has been associated with shorter telomeres and diminished proliferative capacities on T and NK cells (4)

CD57 has been described as a marker for replicative senescence, and its expression has been associated with shorter telomeres and diminished proliferative capacities on T… Read More »CD57 has been described as a marker for replicative senescence, and its expression has been associated with shorter telomeres and diminished proliferative capacities on T and NK cells (4)

Thus, gephyrin is likely to play a fundamental role in the organization of major types of inhibitory synapses at postsynaptic membranes in human brain

Thus, gephyrin is likely to play a fundamental role in the organization of major types of inhibitory synapses at postsynaptic membranes in human brain. Studies… Read More »Thus, gephyrin is likely to play a fundamental role in the organization of major types of inhibitory synapses at postsynaptic membranes in human brain