The special issue investigates how large-scale CRISPR-based screening methods show cancer mechanisms and speed up drug development. Advances in gene-editing technology have revolutionised cancer research, allowing scientists to use genome-wide CRISPR screening to study the molecular processes that lead to tumour formation and to assess treatment outcomes.
The CRISPR/Cas systems allow scientists to edit multiple genes at the same time because they can conduct pooled screens, which test genetic material through both activation and deactivation methods. Cancer genomics approaches help scientists discover both oncogenic drivers and tumour suppressors, as well as specific weaknesses that researchers study in particular contexts. Researchers investigate both loss-of-function and gain-of-function disturbances to discover drug resistance pathways while establishing treatment response factors that lead to new treatment methods.
This special issue seeks to advance research in precision oncology through experimental studies that use CRISPR screening to identify cancer targets and develop new drugs and repurpose existing therapies.
We invite submissions of original research articles and experimental studies that investigate genome-wide CRISPR together with its applications in cancer biology and therapeutic discovery. The contributions must show both methodological accuracy and practical value, which will help develop functional cancer and precision medicine approaches.
The issue encourages interdisciplinary research, which connects molecular biology with genomics and bioinformatics, and translational oncology and therapeutic development.
Genome-wide CRISPR has rapidly become a standard approach in drug discovery and cancer research. CRISPR screens enable researchers to test all genes in the genome, which helps them study how genes work and how biological systems function. The technologies enable researchers to discover vital genes that tumours need to survive, to identify the connections that drive drug resistance mechanisms, and to find specific weaknesses that can be exploited.
Researchers can use CRISPR screening together with omics technologies to study cancer genomics, which helps them understand how tumours differ from each other and how patients respond to treatment. The research studies that investigate lethality in cancer demonstrate strong potential to discover targeted treatment methods that reduce harmful side effects while achieving maximum treatment success.
The special issue uses innovative experimental designs and translational applications to accelerate precision research, which creates targeted therapies based on genetic and molecular tumour characteristics.
Researchers are invited to submit manuscripts addressing, but not limited to, the following themes:
Publishing in a high-impact biomedical journal requires strong experimental design, clear data interpretation, and precise scientific writing. The PhD Assistance Research Lab provides comprehensive publication support for researchers working on CRISPR screening, cancer genomics, and translational oncology studies.
Our services include:
Submission Deadline: 30 August 2026
To ensure successful and timely submission to the special issue “CRISPR Screens in Illuminating Cancer Mechanisms and Drug Discovery,” researchers are encouraged to leverage the expert services of the PhD Assistance Research Lab, which offers comprehensive support from conceptualisation to final manuscript submission by the specified deadline.
Book a free consultation to get guidance from the PhD assistance research lab for writing a credible research manuscript and submitting it in the high-quality journal.
Gene Journal. (2026, February 19). Call for papers: CRISPR screens in illuminating cancer mechanisms and drug discovery (Special issue). Elsevier. Gene | ScienceDirect.com by Elsevier – Gene | ScienceDirect.com by Elsevier