Anti-Kvbeta1.1/KCNAB1 K+ channel [K9/40R] in Immunohistochemistry (Mouse)
Addgene #190892
- Data Submitted By
- Zhuhao Wu
- Lab Name
- Zhuhao Wu, Weill Cornell Medicine
- Submission Date
- February 06, 2024
- Publication Date
- February 06, 2024 (modified February 06, 2024)
- Abstract
- Experimental results for Anti-Kvbeta1.1/KCNAB1 K+ channel [K9/40R] (Addgene Antibody 190892) in an immunohistochemistry assay with a mouse sample.
Image attribution: Zhuhao Wu, Weill Cornell Medicine
This report is made available under the Creative Commons Attribution 4.0 International License.
- Antibodies Used
- 
                  
                    
                      Anti-Kvbeta1.1/KCNAB1 K+ channel [K9/40R]
                    
                  
                  
 Addgene #190892
- 
                  
                    HRP-conjugated AffiniPure Goat Anti-Mouse IgG, Fc_ subclass 2a specific
                  
                  
 Jackson Labs #115-035-206
Materials & Methods
Sample
- Target Species
- Mouse
- Cell / Tissue Type
- 70 µm mounted sagittal section
Fixative
- Fixative
- Formaldehyde/Paraformaldehyde
Permeabilization / Delipidation
- Delipidation
- Yes
Blocking
- Agent
- B1n
- Time
- 3x 1 hour
- Temperature
- Room Temperature
Primary Antibody
- Name
- Anti-Kvbeta1.1/KCNAB1 K+ channel [K9/40R]
- Source
- Addgene
- Catalog Number
- 190892
- Host Species
- Mouse
- Target Antigen
- Kcnab1
- Concentration
- 1 µg/mL
- Time
- overnight
- Temperature
- Room Temperature
Secondary Antibody
- Name
- HRP-conjugated AffiniPure Goat Anti-Mouse IgG, Fc_ subclass 2a specific
- Source
- Jackson Labs
- Catalog Number
- 115-035-206
Additional Information
- Additional Information
- Tissue type: 70 µm mounted sagittal section - Antigen-retrieval: No 
- Protocol
- Wu lab thick-section immunohistochemistry protocols (Link opens in a new window)
Results
- Result
- Pass (The antibody worked under these conditions)
![Delipidated mouse brain tissue was stained with Anti-Kvbeta1.1/KCNAB1 K+ channel [K9/40R].](https://datahub-media.addgene.org/report-images/enoqf2/190892-Immunohistochemistry-2023-08-28_160747.944899.jpg)