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Cancer Research
Cancer Screening & Early Detection

'First NGO in India stepped into the Cancer Research'

We are dedicated to conducting extensive research on Cancer, focusing on Screening & Early Detection & Genomics Research, in the vision of Zero Cancer World.

Cancer screening and early detection research is a life-saving pursuit, aiming to catch cancer in its earliest, most treatable stages even before symptoms arise.

''Cancer research needs a hope, powered by research support. It needs us.''

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Buccal Swab Early Screening & Detection Research

Cancer screening and early detection using a buccal swab and AI is a promising, non-invasive technique that involves collecting cells from the inner cheek (buccal cells) and analyzing them for biomarkers linked to cancer.

How buccal swab early screening and detection research works!

  • Buccal Swab Sample Collection: A buccal swab is a simple, painless procedure where a small sample of cells is collected from the inner cheek. It's easy to perform, by swabbing cheeks with sterile by themselves.
  • DNA/RNA Analysis: The collected cells contain DNA and RNA, which can reveal specific genetic and epigenetic changes associated with cancer. Changes in DNA methylation, mutations, or other molecular alterations can act as early indicators of certain cancers.
  • AI-Powered Analysis: Once the sample is processed to extract DNA or RNA, it undergoes AI-based analysis. AI algorithms, trained on vast datasets, identify patterns in genetic and molecular markers that are characteristic of early cancer stages. Machine learning models can recognize subtle variations that may go unnoticed in traditional analysis, enabling a highly sensitive assessment.
  • Early Detection and Screening: AI models are designed to detect high-risk samples and suggest additional diagnostic procedures, such as biopsy or imaging. AI speeds up and improves the accuracy of screening, which is crucial for early cancer detection.

Why AI Technology for Cancer Screening and Early Detection Research!

AI is significantly faster than human experts in analyzing vast volumes of data. It increases the accuracy of early detection by identifying complex structures in genetic or cell data that are too invisible for traditional methods. Additionally, screenings become adaptable when AI is used, effectively reaching a larger audience.

Buccal swab AI analysis is being investigated for a number of cancers, including certain cancers such as Breast, Lung, Oral, Esophageal, Cervical, Colorectal and Gastrointestinal cancers. Cancer screening could be revolutionized by its non-invasiveness and AI's capacity to evaluate large, complicated datasets, particularly in places with poor access to medical facilities.

How Early Cancer Can Be Identified

With NVIDIA Clara, AI tool certain cancers can be detected early as 5 years before the symptoms develop.

Benefits of Our Cancer Research

  • Early Treatment: Early detection leads to faster, more effective treatment, improving survival rates.
  • Non-Invasive and Cost-Effective: AI-based screenings can often use simple tests, like buccal swabs, making the process less invasive and more affordable.
  • Accessible: This technology can reach more people, even in low-resource settings, expanding access to early cancer detection.

  • Through routine monitoring, genetic testing, and screenings, our medical professionals can detect possible risks well in advance.

  • By doing this, peoples can adopt preventative measures and access a variety of early treatment options to lower their risk of significant health problems.

  • By highlighting the value of early intervention and ongoing support, this strategy empowers people to take charge of their health and enhances long-term results.

We offer the Blood Stem Cell Donar HLA typing results along with the findings of early cancer identification. So that we can look forward to a Healthier Future with Hope.

We also provide financial support to alleviate the burden on unprivileged cancer affected families.