?? Understanding the genetic profile of pancreatic tumors is crucial. Molecular testing guides treatment choices, from chemotherapy to targeted approaches, offering patients more personalized care and better chances. #CancerCare #PancreaticCancerTreatment #PersonalizedMedicine #OncologyInnovation #MedicalBreakthroughs https://lnkd.in/gZd75bsy
BreakSight, Inc.
生物技术研究
Allentown,PA 181 位关注者
Advancing precision medicine by uncovering site-specific DNA breaks and enabling discovery of DNA biomarkers of response
关于我们
Characterizing and treating cancers with an evolving and dynamic genome remains a challenge. BreakSight’s vision is to help address this challenge and advance precision medicine by enabling the discovery of novel DNA sequence biomarkers of response to targeted cancer therapeutics and compounds. With one of the first commercial assays to identify DNA sequences associated with frequent DNA damage, our streamlined services can unveil site-specific maps of DNA breakage and reveal DNA-damaging mechanisms of cancer therapeutics with high resolution and specificity. DNA break signatures identified by our technology offer a greater understanding of DNA-damaging drugs, such as DDR inhibitors, the pathways that they target, and mechanisms of genomic instability previously left unchartered. Find out how your drug affects the genome and discover potentially new DNA biomarkers of drug response and efficacy. Our products: DDsite – - Performance of our BrITL assay to tag and retrieve DNA double-strand break sites across the genome from cells exposed to treatment(s) that induces DNA damage during proliferation - Performance of next-generation sequencing on captured DNA break fragments DDinsight – - Analysis of sequence data through our stringent analysis pipeline to pinpoint reproducible sites of breakage across the genome - Uncover DNA repeats and sequence motifs that are enriched across identified DNA break sites - Compare sites across conditions Further customized analysis can be performed upon request - please reach out!
- 网站
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https://www.breaksight.net/
BreakSight, Inc.的外部链接
- 所属行业
- 生物技术研究
- 规模
- 2-10 人
- 总部
- Allentown,PA
- 类型
- 私人持股
产品
地点
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主要
7540 Windsor Drive
Suite 210
US,PA,Allentown,18106
BreakSight, Inc.员工
动态
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?? Revolutionizing Female Cancer Care Breakthroughs in DNA repair research are uncovering vulnerabilities in endometrial and ovarian cancers. By targeting proteins like SWSAP1 and SWS1, scientists are opening doors to innovative therapies while addressing the challenge of tumor recurrence. #WomensHealth #CancerResearch #PrecisionMedicine #OvarianCancer #EndometrialCancer #BreakSight https://lnkd.in/gVqmN82G
Research targets DNA repair vulnerabilities in female reproductive cancers
medicalxpress.com
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?? Groundbreaking update in BRCA1 research! ?? It turns out the long-standing “two-hit” theory—that both BRCA1 gene copies must be inactivated for cancer to develop—isn’t the full story. Even partial inactivation can drive tumor growth, opening doors to new treatment strategies. ?? #BRCA1 #BreastCancerResearch #GeneticsRevolution
New Understanding of Genetic Mechanism in BRCA-related Breast Cancer | Docwire News
docwirenews.com
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At BreakSight, we're pioneering a shift in cancer treatment by identifying DNA break signatures to advance precision-targeted therapies. These advancements allow us to match treatments more closely to the unique genetic landscape of each patient’s tumor, improving outcomes and quality of life. Through innovative research in genomic analysis, we’re helping to shape a future where cancer care is truly personalized. #PrecisionMedicine #CancerResearch #Genomics
Advancements in Targeted Cancer Therapies: A Path Toward Personalization
BreakSight, Inc.,发布于领英
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Transforming diagnostics: From early cancer detection with non-invasive liquid biopsies to targeted treatments through genetic insights, in-vitro diagnostics are reshaping precision medicine. Straits Research put together a summary of how these advancements empower faster, more personalized care and shape the future of health. Check it out here:. #MedicalInnovation #IVDTrends #PrecisionMedicine https://lnkd.in/eBvM8eUZ
Fundamental applications and developments in in-vitro diagnostics
straitsresearch.com
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?? Scientists pinpoint a key gene linked to genomic instability in chronic myeloid leukemia,unlocking new possibilities for targeted therapies ahead! ???? #CancerGenomics #LeukemiaNews?#PrecisionMedicine https://lnkd.in/eC92aiX7
Discovery of key gene offers new hope in treating chronic myeloid leukemia
medicalxpress.com
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?? Old drug, new tricks! MIT reveals 5-FU’s surprising ability to target RNA in colon cancer cells, offering hope for more effective therapies. #CancerTreatment #MedicalBreakthrough #PrecisionMedicine https://lnkd.in/gyhkj2zU
Cancer biologists discover a new mechanism for an old drug
news.mit.edu
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?? Imagine AI as the new detective in the fight against cancer! Rakovina Therapeutics is making that vision a reality. Read how they’re hacking the disease at its core. #Innovation #AI #HealthcareRevolution #PrecisionMedicine https://lnkd.in/eYfjvdbd
How Rakovina Therapeutics is Integrating AI to Break Cancer’s Codes
bnnbloomberg.ca
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Great news for #sarcoma research! New tumor models and genomic analyses are making strides in unraveling the complexity of sarcomas, recognizing that genomic instability is one of the key drivers of tumor growth and drug resistance. Let’s continue making advances in precision medicine to transform cancer treatments #OncologyResearch #PersonalizedMedicine https://lnkd.in/edwDqKNz
New tumor models provide insights into deadly sarcomas
medicalxpress.com
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Cancer mortality rates have declined by 33% since 1991, thanks in part to revolutionary treatments like immunotherapy & precision medicine. But more research is needed. The AACR report underscores the importance of increased funding for cancer research. @Breaksight_net joins the call to prioritize lifesaving work that advances precision medicine and cancer research. #CancerResearchFunding #PrecisionMedicine https://lnkd.in/enPHDjBU
AACR Cancer Progress Report: Big Strides and Big Gaps
medscape.com