KO Cell Line Generation
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Other than about 1000 off-shelf knockout cell lines, Vitro Biotech also offers custom CRISPR KO cell lines generation service with a competitive price, as fast as 8 weeks! Feel free to contact us to get a strategy and quote.
CRISPR-Cas9 technology has revolutionized the field of genetics and biotechnology by enabling the accurate and efficient editing of genes. With the development of CRISPR KO cell lines, researchers can now generate cell models with targeted gene mutations, leading to enhanced understanding of gene function in diseases and providing new potential therapeutic approaches.
At present, there is an ever-increasing demand for such KO cell lines as they provide an excellent research tool in the fields of genomics and medicine. Researchers can use these cells to study the role of a specific gene in normal cellular processes or in the context of a disease model. They can also be used to validate drug targets, screen potential therapeutic compounds, and aid in drug development.
With a decade experience of gene editing, Vitro Biotech’s custom CRISPR KO cell lines generation service has the most competitive price and service in the marketing.
▍ What can you get from Vitro Biotech?
1. Exceptional service: The expression vector was optimized to achieve higher efficiency in gene-editing. That is why we can offer unbeatable price.
2. Professional technical support: Experts address any problems that occurred.
3. One-to-one project management: Project manager updates project progress biweekly or upon request.
4. Great after-sales service: When it comes to issues about your project, we are all ears.
▍ Knockout Cell Line Generation Workflow
Validation
PCR amplification
Sanger Sequencing
Mycoplasma test
▍ Signature Services
Cell line type |
Cell line name |
Human Lung Cancer Cell Line |
A549 |
Human Colon Cancer Cell Line |
HCT 116 |
Human Embryonic Kidney Cell Line |
HEK293 |
Human Embryonic Kidney Cell Line |
293T |
Human Cervical Carcinoma Cell Line |
HeLa |
Human Hepatoma Cell Line |
Hep G2 |
Human Breast Cancer Cell Line |
MDA-MB-231 |
Human monocyte Cell Line |
THP-1 |
Human prostate cancer cell line |
22RV1 |
Human malignant melanoma cell line |
A-375 |
Human gastric cancer cell line |
AGS |
Human Bronchial Epithelial Cell Line |
BEAS-2B |
Human Choriocarcinoma Cell Line |
BeWo |
Immortalize Human Microvascular Endothelial Cell Line |
HCMEC/D3 |
Human Hepatoma Cell Line |
Hep 3B |
Human Hepatoma Cell Line |
HuH-7 |
Human T lymphocyte cell line |
Jurkat, Clone E6-1 |
Human myelogenous leukemia cell line |
K-562 |
Human Neuroblastoma Cell Line |
SH-SY5Y |
Human Neuroblastoma Cell Line |
SK-N-SH |
Human Osteosarcoma Cell Line |
U-2 OS |
Human glioblastoma Cell Line |
U-87 MG |
Mouse Breast Cancer Cell Line |
4T1 |
Mouse Skin Melanoma Cell Line |
B16-F10 |
Mouse Myoblast Cell Line |
C2C12 |
Mouse Macrophage Cell Line |
RAW 264.7 |
Mouse microglia cell line |
BV2 |
Mouse colorectal carcinoma cell line |
CT26.WT |
Mouse Colorectal Carcinoma Cell Line |
MC38 |
Rat Cardiac Myocytes |
H9c2(2-1) |
Chinese Hamster Ovary Cell Line |
CHO-K1 |
Dog Kidney Cell Line |
MDCK(NBL-2) |
African green monkey kidney cell |
Vero |