Loading ....
Filter
Sort By
Cells
Cell Biologics, Inc.
Clear All
Filter By
Browse
Apply Filter
Cells
4854 Result Found
Sort By : Price - Low to High
-
Cre-Expressing Rat Primary Coronary Artery Smooth Muscle Cells
$860- Description : Cre-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : Cre
- Media : Complete Smooth
- Tissue : Coronary Artery
-
Cre-Expressing Rat Primary Esophageal Smooth Muscle Cells
$860- Description : Cre-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : Cre
- Media : Complete Smooth
- Tissue : Esophageal
-
Cre-Expressing Rat Primary Ovarian Smooth Muscle Cells
$860- Description : Cre-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : Cre
- Media : Complete Smooth
- Tissue : Ovarian
-
Cre-Expressing Rat Primary Stomach Smooth Muscle Cells
$860- Description : Cre-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : Cre
- Media : Complete Smooth
- Tissue : Stomach
-
Cre-Expressing Rat Primary Vein Smooth Muscle Cells
$860- Description : Cre-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : Cre
- Media : Complete Smooth
- Tissue : Vein
-
Cre-Expressing Rat Primary Hepatocytes - Plateable
$860- Description : Cre-Expressing
- Cell Type : Hepatocytes
- Cell Models : Cre
- Media : Complete Smooth
- Tissue : Liver
-
GFP-Expressing Mouse Primary Aortic Smooth Muscle Cells
$860- Description : GFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : GFP
- Media : Complete Smooth
- Tissue : Aortic
-
GFP-Expressing Mouse Primary Artery Smooth Muscle Cells
$860- Description : GFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : GFP
- Media : Complete Smooth
- Tissue : Artery
-
GFP-Expressing Mouse Primary Ovarian Smooth Muscle Cells
$860- Description : GFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : GFP
- Media : Complete Smooth
- Tissue : Ovarian
-
GFP-Expressing Mouse Primary Small Intestinal Smooth Muscle Cells
$860- Description : GFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : GFP
- Media : Complete Smooth
- Tissue : Small Intestina
-
GFP-Expressing Mouse Primary Stomach Smooth Muscle Cells
$860- Description : GFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : GFP
- Media : Complete Smooth
- Tissue : Stomach
-
GFP-Expressing Mouse Primary Vein Smooth Muscle Cells
$860- Description : GFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : GFP
- Media : Complete Smooth
- Tissue : Vein
-
GFP-Expressing Mouse Bone Marrow Mesenchymal Stem Cells
$860- Description : GFP-Expressing
- Cell Type : Mesenchymal Ste
- Cell Models : GFP
- Media : Complete Smooth
- Tissue : Bone Marrow
-
GFP-Expressing Mouse Primary Hepatocytes
$860- Description : GFP-Expressing
- Cell Type : Hepatocytes
- Cell Models : GFP
- Media : Complete Smooth
- Tissue : Liver
-
Luciferase-Expressing Mouse Primary Bladder Smooth Muscle Cells
$860- Description : Luciferase-Expr
- Cell Type : Smooth Muscle C
- Cell Models : Luciferase
- Media : Complete Smooth
- Tissue : Bladder
-
Luciferase-Expressing Mouse Primary Esophageal Smooth Muscle Cells
$860- Description : Luciferase-Expr
- Cell Type : Smooth Muscle C
- Cell Models : Luciferase
- Media : Complete Smooth
- Tissue : Esophageal
-
Luciferase-Expressing Mouse Primary Pulmonary Artery Smooth Muscle Cells
$860- Description : Luciferase-Expr
- Cell Type : Smooth Muscle C
- Cell Models : Luciferase
- Media : Complete Smooth
- Tissue : Pulmonary Arter
-
Luciferase-Expressing Mouse Primary Tracheal Smooth Muscle Cells
$860- Description : Luciferase-Expr
- Cell Type : Smooth Muscle C
- Cell Models : Luciferase
- Media : Complete Smooth
- Tissue : Tracheal
-
Cas9-Expressing Mouse Bone Marrow Neutrophils
$860- Description : Luciferase-Expr
- Cell Type : Neutrophils
- Cell Models : Cas9
- Media : Complete Smooth
- Tissue : Bone Marrow
-
Cas9-Expressing Mouse Primary Hepatocytes
$860- Description : Luciferase-Expr
- Cell Type : Hepatocytes
- Cell Models : Cas9
- Media : Complete Smooth
- Tissue : Liver
-
Cre-Expressing Mouse Primary Colonic Smooth Muscle Cells
$860- Description : Cre-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : Cre
- Media : Complete Smooth
- Tissue : Colonic
-
GFP-Expressing Mouse Primary Bladder Smooth Muscle Cells
$860- Description : GFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : GFP
- Media : Complete Smooth
- Tissue : Bladder
-
GFP-Expressing Mouse Primary Brain Vascular Smooth Muscle Cells
$860- Description : GFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : GFP
- Media : Complete Smooth
- Tissue : Brain Vascular
-
GFP-Expressing Mouse Primary Colonic Smooth Muscle Cells
$860- Description : GFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : GFP
- Media : Complete Smooth
- Tissue : Colonic
-
GFP-Expressing Mouse Primary Esophageal Smooth Muscle Cells
$860- Description : GFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : GFP
- Media : Complete Smooth
- Tissue : Esophageal
-
RFP-Expressing Mouse Primary Brain Vascular Smooth Muscle Cells
$860- Description : RFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : RFP
- Media : Complete Smooth
- Tissue : Brain Vascular
-
RFP-Expressing Mouse Primary Colonic Smooth Muscle Cells
$860- Description : RFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : RFP
- Media : Complete Smooth
- Tissue : Colonic
-
RFP-Expressing Mouse Primary Small Intestinal Smooth Muscle Cells
$860- Description : RFP-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : RFP
- Media : Complete Smooth
- Tissue : Small Intestina
-
RFP-Expressing Mouse Bone Marrow Neutrophils
$860- Description : RFP-Expressing
- Cell Type : Neutrophils
- Cell Models : RFP
- Media : Complete Smooth
- Tissue : Bone Marrow
-
Luciferase-Expressing Mouse Primary Brain Vascular Smooth Muscle Cells
$860- Description : Luciferase-Expr
- Cell Type : Smooth Muscle C
- Cell Models : Luciferase
- Media : Complete Smooth
- Tissue : Brain Vascular
-
Luciferase-Expressing Mouse Primary Prostate Smooth Muscle Cells
$860- Description : Luciferase-Expr
- Cell Type : Smooth Muscle C
- Cell Models : Luciferase
- Media : Complete Smooth
- Tissue : Prostate
-
Luciferase-Expressing Mouse Bone Marrow Macrophages
$860- Description : Luciferase-Expr
- Cell Type : Macrophages
- Cell Models : Luciferase
- Media : Complete Smooth
- Tissue : Bone Marrow
-
Cas9-Expressing Mouse Primary Tracheal Smooth Muscle Cells
$860- Description : Cas9-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : Cas9
- Media : Complete Smooth
- Tissue : Tracheal
-
Cre-Expressing Mouse Primary Artery Smooth Muscle Cells
$860- Description : Cre-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : Cre
- Media : Complete Smooth
- Tissue : Artery
-
Cre-Expressing Mouse Primary Coronary Artery Smooth Muscle Cells
$860- Description : Cre-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : Cre
- Media : Complete Smooth
- Tissue : Coronary Artery
-
Cre-Expressing Mouse Primary Esophageal Smooth Muscle Cells
$860- Description : Cre-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : Cre
- Media : Complete Smooth
- Tissue : Esophageal
-
Cre-Expressing Mouse Primary Stomach Smooth Muscle Cells
$860- Description : Cre-Expressing
- Cell Type : Smooth Muscle C
- Cell Models : Cre
- Media : Complete Smooth
- Tissue : Stomach
-
Cynomolgus Monkey Primary Dermal Lymphatic Endothelial Cells
$860- Description : Monkey Primary
- Cell Origin : Cynomolgus Monk
- Cell Type : Endothelial Cel
- Cell Models : Cre
- Application : Cynomolgus Monk
-
Cynomolgus Monkey Primary Dermal Microvascular Endothelial Cells
$860- Description : Monkey Primary
- Cell Origin : Cynomolgus Monk
- Cell Type : Endothelial Cel
- Cell Models : Cre
- Application : Cynomolgus Monk
-
Cynomolgus Monkey Primary Liver Sinusoidal Endothelial Cells
$860- Description : Monkey Primary
- Cell Origin : Cynomolgus Monk
- Cell Type : Endothelial Cel
- Cell Models : Cre
- Application : Cynomolgus Monk
-
Cynomolgus Monkey Primary Lymphatic Endothelial Cells
$860- Description : Monkey Primary
- Cell Origin : Cynomolgus Monk
- Cell Type : Endothelial Cel
- Cell Models : Cre
- Application : Cynomolgus Monk
-
Cynomolgus Monkey Primary Prostate Microvascular Endothelial Cells
$860- Description : Monkey Primary
- Cell Origin : Cynomolgus Monk
- Cell Type : Endothelial Cel
- Cell Models : Cre
- Application : Cynomolgus Monk
-
Cynomolgus Monkey Primary Pulmonary Artery Endothelial Cells
$860- Description : Monkey Primary
- Cell Origin : Cynomolgus Monk
- Cell Type : Endothelial Cel
- Cell Models : Cre
- Application : Cynomolgus Monk
-
Cynomolgus Monkey Primary Retinal Microvascular Endothelial Cells
$860- Description : Monkey Primary
- Cell Origin : Cynomolgus Monk
- Cell Type : Endothelial Cel
- Cell Models : Cre
- Application : Cynomolgus Monk
-
GFP-Expressing Rat Primary Coronary Artery Smooth Muscle Cells
$860- Description : GFP-Expressing
- Cell Origin : Cynomolgus Monk
- Cell Type : Smooth Muscle C
- Cell Models : Immortalized
- Application : Cynomolgus Monk
-
GFP-Expressing Rat Bone Marrow Macrophages
$860- Description : GFP-Expressing
- Cell Origin : Cynomolgus Monk
- Cell Type : Macrophages
- Cell Models : Immortalized
- Application : Cynomolgus Monk
-
GFP-Expressing Rat Bone Marrow Monocytes
$860- Description : GFP-Expressing
- Cell Origin : Cynomolgus Monk
- Cell Type : Monocytes
- Cell Models : Immortalized
- Application : Cynomolgus Monk
-
Luciferase-Expressing Rat Primary Aortic Smooth Muscle Cells
$860- Description : Luciferase-Expr
- Cell Origin : Cynomolgus Monk
- Cell Type : Smooth Muscle C
- Cell Models : Luciferase
- Application : Cynomolgus Monk
-
Luciferase-Expressing Rat Primary Tracheal Smooth Muscle Cells
$860- Description : Luciferase-Expr
- Cell Origin : Cynomolgus Monk
- Cell Type : Smooth Muscle C
- Cell Models : Luciferase
- Application : Cynomolgus Monk
-
Luciferase-Expressing Rat Bone Marrow Monocytes
$860- Description : Luciferase-Expr
- Cell Origin : Cynomolgus Monk
- Cell Type : Monocytes
- Cell Models : Luciferase
- Application : Cynomolgus Monk
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.
© 2025 Biohippo. All rights reserved.