Loading ....
Filter
Sort By
Vector
Clear All
Filter By
Browse
Apply Filter
Vector
134 Result Found
Sort By : Price - Low to High
-
pcDNA3.1-HA-PTEN
$343.33- Growth Strains : DH5alpha
- Vector Type : Mammalian Expre
- Vector Backbone : pcDNA3.1(+)
- Site Destroyed During Cloning : None
- Insert Size : 1212bp
-
pEGFP-N1-AKT1
$343.33- Growth Strains : DH5alpha
- Vector Type : Mammalian Expre
- Vector Backbone : pEGFP-N1
- Site Destroyed During Cloning : None
- Insert Size : 1443bp
-
pcDNA3-HA-Akt(DN)
$343.33- Growth Strains : DH5alpha
- Vector Type : Mammalian Expre
- Vector Backbone : pcDNA3
- Site Destroyed During Cloning : None
- Insert Size : 1500bp
-
pcDNA3.1-HA-AKT(WT)
$343.33- Growth Strains : DH5alpha
- Vector Type : Mammalian Expre
- Vector Backbone : pcDNA3.1
- Site Destroyed During Cloning : None
- Insert Size : 1500bp
-
pcDNA3.1-3*HA-PIK3CB
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pcDNA3.1(+)
- Site Destroyed During Cloning : NO
- Insert Size : 3213bp
-
pcDNA3.1-3*HA-PIK3CG
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pcDNA3.1(+)
- Site Destroyed During Cloning : NO
- Insert Size : 3309bp
-
pcDNA3.1-3*HA-AKT2
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pcDNA3.1(+)
- Site Destroyed During Cloning : NO
- Insert Size : 1446bp
-
pcDNA3.1-3*HA-AKT3
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pcDNA3.1(+)
- Site Destroyed During Cloning : NO
- Insert Size : 1398bp
-
pRK5-HA-PRAS40
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pRK5-HA
- Site Destroyed During Cloning : NO
- Insert Size : 771bp
-
pCMV-Flag-p85α
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pCMV-Flag
- Site Destroyed During Cloning : NO
- Insert Size : 1365bp
-
pEGFP-N1-RIP1
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pEGFP-N1
- Site Destroyed During Cloning : NO
- Insert Size : 2016bp
-
pCMV-HA-RIP1
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pCMV-N-HA
- Site Destroyed During Cloning : NO
- Insert Size : 2016bp
-
pLKO.1-Puro-IKKB shRNA
$343.33- Growth Strains : stbl3
- Vector Type : Lentiviral inte
- Vector Backbone : pLKO.1-Puro
- Site Destroyed During Cloning : YES
- Insert Size : 53bp
-
pLKO.1-Puro-IKKA shRNA
$343.33- Growth Strains : stbl3
- Vector Type : Lentiviral inte
- Vector Backbone : pLKO.1-Puro
- Site Destroyed During Cloning : YES
- Insert Size : 53bp
-
pCMV-N-FLAG-IKKE
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pCMV-(DYKDDDDK)
- Site Destroyed During Cloning : NO
- Insert Size : 1260bp
-
pCMV-HA-IKBA
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pCMV-N-HA
- Site Destroyed During Cloning : NO
- Insert Size : 954bp
-
pCMV-N-FLAG-RELB
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pCMV-(DYKDDDDK)
- Site Destroyed During Cloning : NO
- Insert Size : 1740bp
-
pCMV-N-FLAG-C-Rel
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pCMV-(DYKDDDDK)
- Site Destroyed During Cloning : NO
- Insert Size : 1764bp
-
pCMV-N-FLAG-NFKB P50/P105
$343.33- Growth Strains : Top10
- Vector Type : Mammalian Expre
- Vector Backbone : pCMV-(DYKDDDDK)
- Site Destroyed During Cloning : NO
- Insert Size : 2910bp
-
pcDNA3.1(+)-IKKβ
$343.33- Growth Strains : DH5alpha
- Vector Type : Mammalian Expre
- Vector Backbone : pcDNA3.1(+)
- Site Destroyed During Cloning : None
- Insert Size : 2269bp
-
pCMV-Flag--Myd88
$343.33- Growth Strains : TG1
- Vector Type : Mammalian Expre
- Vector Backbone : pCMV-Flag
- Site Destroyed During Cloning : NO
- Insert Size : 891bp
-
pmCherry-C1-p65
$343.33- Growth Strains : TG1
- Vector Type : Mammalian Expre
- Vector Backbone : pmCherry-C1
- Site Destroyed During Cloning : NO
- Insert Size : 1647bp
-
pFastBac TM1 Signal-IKK beta
$343.33- Growth Strains : DH5alpha
- Vector Type : insect Expressi
- Vector Backbone : pFastBac TM1 Si
- Site Destroyed During Cloning : NO
- Insert Size : 2271bp
-
pOTB7-stoml2
$343.33- 3 Cloning Site : 3-EcoR I
- 5 Cloning Site : 5-Xho I
- Alternative Names : Stomatin (EPB72
- Backbone Size W/o Insert : 1815bp
- Bacterial Resistance : Chloramphenicol
-
pcDNA3.1-Flag-RELA
$343.33- Growth Strains : DH5alpha
- Vector Type : Mammalian Expre
- Vector Backbone : pcDNA3.1(+)
- Site Destroyed During Cloning : None
- Insert Size : 1650bp
-
pCMV-SPORT6-TLR7
$343.33- Growth Strains : DH5alpha
- Vector Type : Cloning Vector
- Vector Backbone : pCMV-SPORT6
- Site Destroyed During Cloning : None
- Insert Size : 3595bp
-
pCMV-myc-TLR4
$343.33- Growth Strains : DH6alpha
- Vector Type : Mammalian Expre
- Vector Backbone : pCMV-Myc
- Site Destroyed During Cloning : None
- Insert Size : 2520bp
-
pCDNA3.1(+)-TLR7
$343.33- Growth Strains : DH5alpha
- Vector Type : Mammalian Expre
- Vector Backbone : pcDNA 3.1(+)
- Site Destroyed During Cloning : None
- Insert Size : 3150bp
-
p3×Flag-TRAF6
$343.33- Growth Strains : TG1
- Vector Type : Mammalian Expre
- Vector Backbone : p3�Flag-CMV-10
- Site Destroyed During Cloning : NO
- Insert Size : 1569bp
-
pCMV-flag-Sumo1
$343.33- Growth Strains : DH5alpha
- Vector Type : Mammalian Expre
- Vector Backbone : pCMV-flag
- Site Destroyed During Cloning : None
- Insert Size : 305bp
-
pCMV-Myc-TRAF6
$343.33- Growth Strains : DH5alpha
- Vector Type : Mammalian Expre
- Vector Backbone : pCMV
- Site Destroyed During Cloning : None
- Selectable Markers : Neomycin
-
pFastBac TM1-TRAF6
$343.33- Growth Strains : DH5alpha
- Vector Type : insect Expressi
- Vector Backbone : pFastBac TM1
- Site Destroyed During Cloning : NO
- Insert Size : 1569bp
-
pCMV-flag-TLR4
$343.33- Growth Strains : DH5alpha
- Vector Type : Mammalian Expre
- Vector Backbone : pCMV
- Site Destroyed During Cloning : None
- Selectable Markers : Neomycin
ebiohippo.com provides biomedical researchers with a one-stop informatic shopping experience by transforming biotechnology products’ data into a ready-to-analyze state. We collect and unify suppliers’ data on a single platform to reduce the time of searching, uncertainty, and cost of scientific experiments.
© 2026 Biohippo. All rights reserved.