Women's & Reproductive Health

Includes technologies from the women’s and reproductive health spaces including infertility, contraception, gynecological disorders as well as female-specific cancers like ovarian, uterine, and breast.
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In recent years, HPV vaccines and pap smears have reduced the rates of genital HPV+ cancers.
• Other HPV+ oropharyngeal cancers.
This liquid biopsy could be assessed for biomarkers of HPV+ cancers including analysis of cfDNA using NGS techniques.
Extirpative surgeries, radiation treatment, congenital anomalies, ovariectomy, menopause, aging, chemotherapy, and vaginal birth trauma can all result in loss or impairment of vaginal structure and function.
Extirpative surgeries, radiation treatment, congenital anomalies, ovariectomy, menopause, aging, chemotherapy, and vaginal birth trauma can all result in loss or impairment of vaginal structure and function.
Researchers at Pitt developed a novel hydrogel biofabricated from porcine vaginal extracellular matrix (vECM) and its potential applications in the field of Urogynecology.
2023-05-17
University of Pittsburgh researchers have identified a novel extracellular protein domain in hepatocellular carcinoma (HCC) and developed a monoclonal antibody (mAb) to recognize this target.
· Brain cancer. · Ovarian cancers. · Breast cancers. · Pediatric medulloblastoma.
Investigation of the presence of antibodies against Zika prior and during pregnancy is very important to implement infection prevention measures and to determine the viral infection of the mother.
Through Pan-Cancer Analysis of Whole Genomes, it has been found that IGR burden is a pivotal contributor to increased T-inflamed signature in selected tumor entities such as breast cancer, ovarian cancer, uterine corpus endometrial cancer, and esophageal adenocarcinoma, and correlates with increased type-I immune response effectors, such as Macrophage M1 and CD8+ T cells.
University of Pittsburgh researchers have developed EndoDx, a groundbreaking diagnostic tool that leverages machine learning to diagnose endometriosis (EM) early and non-invasively.
This model predicts the presence and severity of endometriosis, offering a non-invasive alternative to surgical diagnosis.
• Diagnostic tool for endometriosis.
In vitro data confirm STL001’s ability to sensitize diverse cancer cell lines to chemotherapy, including AML, triple-negative breast cancer, colorectal, ovarian, and prostate cancers.
• Triple-Negative and Tamoxifen-Resistant Breast Cancer.
Established in a controlled laboratory environment with rigorous consent protocols, it has been meticulously developed to serve as an effective in vitro platform for studying breast cancer biology and therapeutic responses.
This tool has gained recognition in prominent scientific forums and is being shared with the broader research community through established agreements, enhancing collaborative efforts to advance treatment strategies for breast cancer.
- Addresses a critical gap in available breast cancer research models, particularly for ER-negative ILC.
Ovarian cancer (OC) can be a devastating disease, due to rare symptoms resulting in diagnosis often only when cancer is at an advanced stage and has spread.
This approach has the potential to improve outcomes in patients with OC. Applications. • Ovarian cancer immunotherapy. • Protection of intestines from radiotherapy.
This approach has shown the potential of both surgical and chemical approaches to “activate” SSCs present in humans to promote regeneration of bone in the absence of biomaterial implants or other osteogenic tissue implants. Applications. • Osteoporosis prevention. • Traumatic bone injuries. • Congenital bone abnormalities.
These patient-derived novel cell lines have the potential to identify therapeutic targets in ovarian cancer.
Using tissue from different high-grade serous epithelial ovarian cancer (EOC) patients, four unique antibody secreting plasma cell lines were isolated.
C19MCs are normally only expressed in the placenta during pregnancy, but abnormal expression has been associated with rare forms of cancers, particularly pediatric brain tumors.
Further research could build on this discovery to develop blood-based diagnostics of pregnancy complication related to placental dysfunction.
Researchers at Pitt have developed a pain-enabled in vitro system to study pain mechanisms and develop treatments specifically related to osteoarthritis (OA) and its associated pain.
University of Pittsburgh researchers have discovered that Vesicular Stomatitis Virus G glycoprotein (VSV G) can be modified to specifically target cancer cells expressing the transmembrane glycosylated tyrosine kinase, HER2/neu.
    • Technology Type
      • 37
        Therapeutic Modality
      • 12
        Diagnostic/Assay
      • 11
        Life Science Research Tool
      • 7
        Medical Device
      • 3
        Digital Health
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    • Technology Subtype
      • 11
        Small Molecule
      • 8
        Drug Delivery / Formulation
      • 6
        Biomarker
      • 5
        Animal Model
      • 5
        Antibody - mAb
      • Add ...
    • Therapeutic Areas
      • 38
        Oncology
      • 17
        Reproductive Health
      • 12
        Infectious Disease
      • 7
        Immunology
      • 6
        Musculoskeletal
      • Add ...
    • Therapeutic Indications
      • 16
        Breast cancer
      • 9
        HIV
      • 7
        Obstetrics
      • 4
        Contraception
      • 4
        Other
      • Add ...
    • Tags
      • 8
        Immuno-oncology
      • 6
        Regenerative medicine
      • 4
        Biomaterial
      • 4
        Pediatrics
      • 4
        Tissue engineering
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    • Lead Inventor
      • 7
        Dimiter Dimitrov
      • 5
        Lisa Rohan
      • 4
        Kyle Orwig
      • 4
        Xiaosong Wang
      • 3
        Thomas Smithgall
      • Add ...
    • Department
      • 9
        Med-OB-Gyn & Reproductive Science
      • 9
        Pharm-Pharmaceutical Science
      • 8
        Med-Pathology
      • 7
        Med-Medicine
      • 5
        Bioengineering
      • Add ...
    • All Tech Innovators
      • 7
        Dimiter Stanchev Dimitrov
      • 5
        John W. Mellors
      • 5
        Kyle E. Orwig
      • 5
        Lisa Cencia Rohan
      • 4
        Dusan Baek
      • Add ...
    • Date Submitted
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