Genetics stands at the heart of modern science—unlocking the blueprint of life through the study of genes, chromosomes, and inheritance. From foundational discoveries in Mendelian genetics by Gregor Mendel to cutting-edge developments in genomic engineering, the field of genetics continues to shape medicine, agriculture, identity, and evolution.
Today’s researchers are delving deeper than ever into the complexities of genetic genes and their interactions. Whether you're exploring dihybrid inheritance, epistatic traits, or mapping the Sry gene linked to sex determination, the possibilities for discovery are vast. The growing understanding of autosomal dominant and recessive gene traits, alongside detailed analysis of chromosomes in humans, offers vital insights into hereditary disorders and human biology.
Our platform invites researchers across all domains of genetic research—from gene sequencing and genomics to DNA testing and chromosomal studies—to publish their findings with zero publication fees. We enable you to reach a global scientific audience and earn proportional revenue through a fair and transparent monetization model. Your work remains open, visible, and impactful.
Our understanding of inheritance has come a long way from simple pea plant experiments. Researchers today analyze everything from the influence of the MTHFR gene on metabolism to the role of recessive mutations in rare diseases. Studies in mendelian inheritance continue to guide diagnostics and therapy, while broader genomic approaches now inform cancer treatment, neurological research, and even personalized nutrition.
Breakthroughs in DNA testing at home have democratized access to genetics, with increasing public interest in paternity DNA testing and ancestry DNA testing. As this data pool grows, so does the responsibility and opportunity for researchers to analyze, interpret, and guide ethical genetic exploration.
We believe that open access to research drives progress. Our platform is designed for scientists and academics who want to share their work without barriers. Unlike traditional journals, we publish all submissions free of charge and help you monetize your content, so you can receive recognition and revenue from your research.
Whether you’re analyzing GMO’s, decoding chromosomal abnormalities, or developing tools for large-scale gene sequencing, your work belongs in a community that values both scientific rigor and accessibility.
Biomedical
Velin Kralev,
Biomedical
Biomedical
Velin Kralev,
Biomedical
Pragyan Monalisa Sahoo,
Himanshu Sekhar Rout,
Biomedical
Laura Lossi,
Claudia Castagna,
Biomedical
Biomedical
Biomedical
Hereditary non-polyposis colorectal cancer (HNPCC), also known as Lynch syndrome, is an inherited condition that increases the risk of developing colorectal and other types of cancer. It is caused by mutations in one of several genes involved in DNA repair, ...
6 months ago
Biomedical
Biomedical
CTNNB1 mutations are linked to sporadic desmoid disease. Although APC mutations are mainly associated with inherited FAP, some sporadic desmoid cases may involve APC mutations that correlate with tumor development.
Large-scale se...
6 months ago
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