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Gene and Product Information 
Adam17 
a disintegrin and metalloproteinase domain 17 (tumor necrosis factor, alpha, converting enzyme)
 
Properties
Official Symbol 
 
Species 
Rattus norvegicus
 
Entrez Gene ID 
 
Alternate Symbol 
Adam17; ADAM17; TACE
 
Refseq ID(s) 
 
Other Designations 
TNF-alpha converting enzyme; a disintegrin and metalloprotease domain 17
 
Accession No.(s) 
 
Protein ID(s) 
 
Homolog(s) 
ADAM17(Human); Adam17(Mouse)
 
Function(s) 
apoptosis; cell adhesion; protease; protein binding; signal transducer
 
Available Product(s) 

 
Related Products
Product #
Description
Species Reactivity
T5442 Anti-ADAM-17 (TACE), C-Terminal antibody produced in rabbit ~0.5 mg/mL, affinity isolated antibody, buffered aqueous solution human, mouse, rat
A3976 Anti-ADAM-17, Activation Site antibody produced in rabbit ~1 mg/mL, affinity isolated antibody, buffered aqueous glycerol solution human, pig, rat
A4351 Anti-ADAM-17, Cytoplasmic Domain antibody produced in rabbit ~1 mg/mL, affinity isolated antibody, buffered aqueous glycerol solution human, pig, rat
A4226 Anti-ADAM-17, Propeptide Domain antibody produced in rabbit ~1 mg/mL, affinity isolated antibody, buffered aqueous glycerol solution human, pig, rat

Product #
Description
XP725 Panorama® Antibody Microarray - XPRESS Profiler725 Kit

 
 siRNA

siRNA ID
RefSeq ID
Approx. siRNA Start
siRNA Type
Ranking
SASI_Rn01_00098628 NM_020306 1878 MISSION® siRNA 1
SASI_Rn01_00098629 NM_020306 2668 MISSION® siRNA 2
SASI_Rn01_00098630 NM_020306 1661 MISSION® siRNA 3
SASI_Rn01_00098631 NM_020306 1846 MISSION® siRNA 4
SASI_Rn01_00098632 NM_020306 614 MISSION® siRNA 5
SASI_Rn01_00098633 NM_020306 416 MISSION® siRNA 6
SASI_Rn01_00098634 NM_020306 977 MISSION® siRNA 7
SASI_Rn01_00098635 NM_020306 1078 MISSION® siRNA 8
SASI_Rn01_00098636 NM_020306 1089 MISSION® siRNA 9
SASI_Rn01_00098637 NM_020306 2061 MISSION® siRNA 10
Sigma's MISSION® siRNA have been designed using a world-class siRNA design algorithm licensed from Rosetta Inpharmatics, a leader in advanced siRNA research. Critical rules incorporated into the best-in-class Rosetta siRNA design algorithm lead to siRNA of increased target specificity and knockdown for low abundance messages.


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