402103-01

ACCOM

Accom 402103-01 ISA Video Reference Board Simple Type: Video Card

AXIAL 3000

ACCOM

Accom Axial3000 A/B editing computer 133MHz/32MB/0HD Simple Type: System Axial 3000 continues the editing tradition by offering maximum performance for today’s hybrid tape/disk non-linear on-line edit suite. Axial’s superior device control, auto-caching, auto-assembly, slow motion effects, and optional Random Access Visual Editing feature (RAVE™) offers the creative editor unparalleled power and flexibility in the on-line environment. And now all Axial features are available in a single upgradable system: the Axial 3000. Axial 3000 allows you to decide how to approach each job, with an extensive tool-box of on-line features to assist you. It offers a new level of power and control that simply can’t be matched by any other editing system.

AX3000

ACCOM

ACCOM AX3000 Communications Board Simple Type: Communication Module

AP1

ACCOM

ACCOM AP1 I/O Modules - Comms Connector Board Simple Type: I/O Module AP-1 (activating protein-1) is a collective term referring to dimeric transcription factors composed of Jun, Fos or ATF (activating transcription factor) subunits that bind to a common DNA site, the AP-1-binding site. As the complexity of our knowledge of AP-1 factors has increased, our understanding of their physiological function has decreased. This trend, however, is beginning to be reversed due to the recent studies of gene-knockout mice and cell lines deficient in specific AP-1 components. Such studies suggest that different AP-1 factors may regulate different target genes and thus execute distinct biological functions. Also, the involvement of AP-1 factors in functions such as cell proliferation and survival has been made somewhat clearer as a result of such studies. In addition, there has been considerable progress in understanding some of the mechanisms and signaling pathways involved in the regulation of AP-1 activity. In addition to regulation by heterodimerization between Jun, Fos and ATF proteins, AP-1 activity is regulated through interactions with specific protein kinases and a variety of transcriptional coactivators.