AFP Antibodies
| PRODUCT NAME |
CATALOG # |
ISOTYPE |
EPITOPE |
APPLICATIONS |
SPECIES |
| AFP (C-19) Antibody |
sc-8108 |
goat IgG |
C-terminus (h) |
WB, IP, IF, ELISA |
m, r, h, c |
| AFP (H-9) Antibody |
sc-166335 |
mouse IgG1 |
171-310 (h) |
WB, IP, IF, ELISA |
human |
| AFP (AFP-11) Antibody |
sc-51506 |
mouse IgG1 |
FL (h) |
WB, IP, IF, IHC(P) |
human |
| AFP (AFP3) Antibody |
sc-69856 |
mouse IgG1 |
FL (h) |
WB, IP, ELISA |
human |
| AFP (C3) Antibody |
sc-8399 |
mouse IgG2a |
1-609 (h) |
WB, IP, IF, ELISA |
human |
| AFP (E-7) Antibody |
sc-166450 |
mouse IgG2a |
171-310 (h) |
WB, IP, IF, ELISA |
human |
| AFP (F-8) Antibody |
sc-166325 |
mouse IgG1 |
171-310 (h) |
WB, IP, IF, ELISA |
human |
| AFP (H-140) Antibody |
sc-15375 |
rabbit IgG |
171-310 (h) |
WB, IP, IF, ELISA |
h > m, r |
| AFP (SPM334) Antibody |
sc-65531 |
mouse IgG2a |
FL (h) |
WB, IP, IF, ELISA |
human |
| AFP (0.N.13) Antibody |
sc-70331 |
mouse IgG2a |
1-609 (h) |
WB, IP, IF |
human |
| AFP (1B10) Antibody |
sc-80464 |
mouse IgG1 |
FL (h) |
WB, IP, ELISA |
human |
| AFP (39) Antibody |
sc-130302 |
mouse IgG1 |
FL (h) |
WB, IP, IF, IHC(P), ELISA |
human |
|
| AFP (AFP-01) Antibody |
sc-51505 |
mouse IgG1 |
FL (h) |
WB (non-reducing), IP |
human |
| AFP (AFP05) Antibody |
sc-69857 |
mouse IgG1 |
FL (h) |
IP, ELISA |
human |
| AFP (AFP-Y1) Antibody |
sc-52796 |
mouse IgG2b |
FL (h) |
IP |
human |
| AFP (MBS-12) Antibody |
sc-80673 |
mouse IgG1 |
FL (h) |
WB, IP, ELISA |
human |
| AFP (097-08) Antibody |
sc-58680 |
mouse IgG1 |
FL (h) |
WB, IP, ELISA |
human |
| AFP (10B8) Antibody |
sc-80463 |
mouse IgG1 |
FL (h) |
ELISA |
human |
| AFP (4A3) Antibody |
sc-58681 |
mouse IgG1 |
FL (h) |
ELISA |
human |
| AFP (5H7) Antibody |
sc-51753 |
mouse IgG1 |
FL (h) |
WB, IP, ELISA |
human |
| AFP (6F4) Antibody |
sc-80588 |
mouse IgG1 |
FL (h) |
WB, IP, ELISA |
human |
AFP specific siRNA, sHRNA Plasmid and shRNA Lentiviral Particles gene silencers are also available.
These include:
BACKGROUND
Alpha fetoprotein (AFP) is expressed in fetal liver at varying levels throughout development and is present only in trace amounts in normal adult tissues. AFP can be detected at abnormally high concentrations in hepatocellular carcinomas as well as in the plasma and ascitic fluid of adults with hepatoma. High AFP concentrations have been correlated with tumor cell growth, indicating that AFP can serve as a tumor marker AFP binds copper, nickel and fatty acids, and in some cases may bind serum albumin or estrogen. It has been demonstrated that the AFP promoter is a target for HNF-1 (hepatocyte nuclear factor-1), NF-1 (nuclear factor-1) and C/EBP transcription factors. While HNF-1 binding to the AFP promoter results in AFP expression, NF-1 binding results in a decrease in AFP promoter activity.
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