A joint team of scientists from Institute of Bioinformatics and Applied Biotechnology and HCG Cancer centre have identified 114 genetic variants which cause oral cancer in humans. 
 
The study, published in the journal Frontiers in Oncology, has also revealed key genetic signatures that can predict survival in oral cancer patients with over 90 per cent accuracy. 
 
Further, the analysis of mutations gave out a list of unique genes associated with 114 novel variants, of which 35 were oncogenes, 11 were tumour suppressors, and 2 DNA damage repair genes. 
 
Oral cancer is one of the most common in the country and accounts for 40 per cent of all the cancer cases, with significant morbidity and mortality. 
 
Currently, even after the best treatment, oral cancer is found to recur in up 50 per cent of cases. 
 
But the newA research would make it possible to provide treatment in an effective way such that the disease does not recur and enables precise treatment with improved quality of life, said Prof. Vibha Choudhary, from IBAB, in a statement. 
 
The researchers have also identified novel mutations in the IRAK1 gene, which would pave the way to provide target-directed treatment without affecting the healthy cells in the body. 
 
The findings would guide towards cell-targeted personalised treatment, the researchers said.

A joint team of scientists from Institute of Bioinformatics and Applied Biotechnology and HCG Cancer centre have identified 114 genetic variants which cause oral cancer in humans.

A joint team of scientists from Institute of Bioinformatics and Applied Biotechnology and HCG Cancer centre have identified 114 genetic variants which cause oral cancer in humans. The study, published in the journal Frontiers in Oncology, has also revealed key genetic signatures that can predict survival in oral cancer patients with over 90 per cent accuracy. Further, the analysis of mutations gave out a list of unique genes associated with 114 novel variants, of which 35 were oncogenes, 11 were tumour suppressors, and 2 DNA damage repair genes. Oral cancer is one of the most common in the country and accounts for 40 per cent of all the cancer cases, with significant morbidity and mortality. Currently, even after the best treatment, oral cancer is found to recur in up 50 per cent of cases. But the newA research would make it possible to provide treatment in an effective way such that the disease does not recur and enables precise treatment with improved quality of life, said Prof. Vibha Choudhary, from IBAB, in a statement. The researchers have also identified novel mutations in the IRAK1 gene, which would pave the way to provide target-directed treatment without affecting the healthy cells in the body. The findings would guide towards cell-targeted personalised treatment, the researchers said.

Indian scientists identify 114 genetic variants linked to oral cancer

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