Apoptosis
Apoptosis is a process of deliberate suicide by a cell in a multi-cellular organism. It is one of the main types of programmed cell death, and involves an orchestrated series of biochemical events leading to a characteristic cell morphology and death. The apoptotic process is executed in such a way as to safely dispose of cell corpses and fragments.
Apoptosis can occur when a cell is damaged beyond repair, infected with a virus, or undergoing stress conditions such as starvation. The tumor-suppressing gene p53 can also induce apoptosis via DNA damage or toxic chemicals.
The decision for apoptosis can come from the cell itself, from the surrounding tissue, or from a cell that is part of the immune system. Because of this connection with the immune system, apoptosis is studied in an extensive variety of diseases including HIV and cancer.
| Product | Catalog # | Size | Type | Description | USD Price | More Info |
| Bim/BOD (IN) | SPC-113C | 25 µg | Antibodies | Polyclonal | $110.00 
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| Bim/BOD (IN) | SPC-113D | 100 µg | Antibodies | Polyclonal | $250.00
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| Bim/BOD (IN2) | SPC-164C | 25 µg | Antibodies | Polyclonal | $120.00
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| Bim/BOD (IN2) | SPC-164D | 100 µg | Antibodies | Polyclonal | $275.00
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| DNA Damage IHC Kit | SKT-210B | 160 slides | Kits | Immuno-fluorescence Platform | $605.00
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| PUMA C-T | SPC-166C | 25 µg | Antibodies | Polyclonal | $120.00
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| PUMA C-T | SPC-166D | 100 µg | Antibodies | Polyclonal | $275.00
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| PUMA N-T | SPC-165C | 25 µg | Antibodies | Polyclonal | $120.00
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| PUMA N-T | SPC-165D | 100 µg | Antibodies | Polyclonal | $275.00
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