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Chemical Structure : ε-Caprolactone (Epsilon-caprolactone, ECL) CAS No.: 502-44-3 Catalog No.: URK-V2427

Chemical Structure: Mono And Diglycerol Fatty Esters(GMS) CAS No.: 123-94-4 Catalog No.: URK-V2446

Chemical Structure : Cudetaxestat(BLD-0409) CAS No.: 1782070-21-6 Catalog No.: URK-V2347 Only Used For Lab.

Catalog No.: URK-2426 CAS No.:542-28-9 δ- Valerolactone (Delta-Valerolactone) can be widely used in the manufacture process of Absorbable Surgical Suture and Poly-acrylate Polymer Dispersant.

immunology 1) Apoptosis during thymocyte maturation: thymocytes become various types of immunocompetent cells through a series of development processes. In this development process, a series of positi

Apoptosis is strictly regulated. Caspase is in an inactive zymogen state in normal cells. Once the apoptosis process starts, caspase is activated and then cascading reactions of apoptosis proteases oc

Caspase can act on several enzymes or proteins related to cytoskeleton regulation to change the cell structure. These include gelsin, focal adhesion kinase (FAK), P21 activated kinase α （PAK α） Etc. T

Caspase can directly destroy the cell structure, such as splitting the nuclear fiber layer. The nuclear fiber layer (Lamina) is a polymer connected head to tail by the polymerization of the nuclear fi

The characteristics of apoptotic cells include DNA fragmentation into fragments of about 200 bp, chromatin concentration, cell membrane activation, cell shrinkage, and finally the formation of apoptot

Caspase activation is a sequential multi-step hydrolysis process. Caspase molecules are different, but their activation processes are similar. First, the N-terminal prepeptide is hydrolyzed to remove

Although the detailed mechanism of apoptosis process is not completely clear, it has been determined that Caspase, namely caspase, plays an essential role in the process of apoptosis. The process of c

The process of apoptosis can be roughly divided into the following stages: Receiving apoptosis signal → interaction between apoptosis regulating molecules → activation of proteolytic enzyme (Caspase)