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DAPK1 Knockout cell line (HCT 116)

Catalog Number: KO02248

Price: Online Inquiry

Specifications Overview Application Downloads Related products

Specifications

Product Information
Product Name DAPK1 Knockout cell line (HCT 116)
specification 1*10^6
Storage and transportation Dry ice preservation/T25 live cell transportation.
Cell morphology Epithelioid, adherent cell
Passage ratio 1:2~1:4
species Human
Gene DAPK1
Gene ID 1612
Build method Electric rotation method / virus method
Mycoplasma testing Negative
Cultivation system 90%McCOYs 5A+10% FBS

Overview

The DAPK1 Knockout cell line (HCT 116) represents a groundbreaking tool for researchers aiming to explore the intricacies of apoptosis cell survival and cancer biology DAPK1 or Death-Associated Protein Kinase 1 is a serine/threonine kinase that has been implicated in various cellular processes including programmed cell death invasion and differentiation The knockout of DAPK1 in HCT 116 cells facilitates the detailed study of stress response mechanisms and signaling pathways altered in malignancies thereby providing a critical resource for elucidating cancer progression and developing therapeutic interventions

This knockout model operates by utilizing CRISPR/Cas9 technology to achieve precise gene disruption effectively eliminating DAPK1 expression This manipulation allows researchers to ascertain the role of DAPK1 in tumorigenesis enabling the exploration of apoptotic pathways and stress responses in a controlled environment Moreover understanding these pathways can offer insights into resistance mechanisms against conventional therapies paving the way for novel target identification in cancer treatment

The scientific importance of the DAPK1 Knockout cell line is underscored by its applications in both fundamental research and clinical settings Researchers can utilize this model to investigate therapeutic agents study gene function and develop innovative approaches to tackle cancer's complexities Additionally these cells offer an efficient platform for high-throughput screening of compounds making them indispensable for drug discovery

What sets the DAPK1 Knockout cell line apart from alternative models is its specificity and reliability With the HCT 116 lineage already being a well-characterized colorectal cancer model the knockout cell line preserves the essential genetic background while providing a unique focus on DAPK1 allowing for reproducible and relevant experimental results Researchers can trust the validation of this cell line as it was developed following rigorous standards and is supported by comprehensive documentation

For researchers and clinicians seeking to innovate and enhance their studies of cancer mechanisms the DAPK1 Knockout cell line (HCT 116) offers an invaluable resource By choosing our product users will benefit from our team’s extensive expertise in biological research and our commitment to delivering high-quality cutting-edge tools for scientific advancement

Application

The DAPK1 Knockout cell line (HCT 116) serves primarily in cancer research and drug development particularly in studies exploring apoptosis cell migration and tumor progression Researchers leverage this cell line to dissect the molecular mechanisms altered by DAPK1 loss often in contexts of colorectal cancer and other malignancies

In experimental workflows this cell line can be implemented in various assays such as proliferation invasion and response to chemotherapeutics allowing for a comprehensive understanding of DAPK1's role in tumor biology The knockout model provides insights into how the absence of DAPK1 influences cellular signaling pathways aiding in the identification of new therapeutic targets

Utilizing the DAPK1 Knockout cell line enhances study reproducibility and reliability offering a robust platform to evaluate the effectiveness of anti-cancer agents Furthermore the product excels in specialized techniques like CRISPR/Cas9 gene editing enabling rapid functional validation of potential therapeutic compounds in a genetically modified context This application ultimately supports the advancement of precision medicine approaches by identifying specific vulnerabilities in DAPK1-deficient tumors

Downloads

Please note that all services are for research use only. Not intended for any clinical use.

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