All posts by: Michael Zand

Study identifies predictors of poor outcomes in Duchenne muscular dystrophy patients – Gears Of Biz

Study identifies predictors of poor outcomes in Duchenne muscular dystrophy patientsGears Of BizUsing the new gene-editing enzyme CRISPR-Cpf1, researchers from the Olson Laboratory successfully corrected Duchenne muscular dystrophy in human cells and m… Continue reading

FDA approves 2nd gene therapy targeting non-Hodgkin lymphomas – East Idaho News

East Idaho NewsFDA approves 2nd gene therapy targeting non-Hodgkin lymphomasEast Idaho NewsDr. Scott Gottlieb, commissioner of the FDA, noted in a statement announcing the approval Wednesday, how gene therapy has “gone from being a promising concept to… Continue reading

Providence honors early advocate of immunotherapy – Catholic Sentinel

Catholic SentinelProvidence honors early advocate of immunotherapyCatholic SentinelFranz and his sister Elsie Franz Finley ensured Providence researchers had the resources to become leaders in immunotherapy. That has translated into FDA approval of new… Continue reading

FDA Approves New Clinical Trial Using Stem Cells to Treat Non-Healing Wounds – Futurism

FuturismFDA Approves New Clinical Trial Using Stem Cells to Treat Non-Healing WoundsFuturismUsing stem cells to heal wounds is not a new concept, but up until recently testing has been largely experimental. Stem cells have been tested for skin tissue e… Continue reading

Red Wings’ Niklas Kronwall: Discloses exploration of stem cell treatment – CBSSports.com

Six Fantastic Ways to Utilize Synthetic Biology – Sanvada Tech News (blog)

Sanvada Tech News (blog)Six Fantastic Ways to Utilize Synthetic BiologySanvada Tech News (blog)Synthetic biology is the combination of various disciplines ranging from biotechnology, molecular engineering, electrical engineering and evolutionary biolog… Continue reading

3.5세대 유전자 가위(CRISPR/Cpf1) 논문 분석 3 – IT NEWS(IT 뉴스) (보도자료)

3.5세대 유전자 가위(CRISPR/Cpf1) 논문 분석 3IT NEWS(IT 뉴스) (보도자료)요약: 생명과학자들은 최근 3세대를 넘어 보다 정확하고 표적에 특이적인 3.5세대 유전자 가위(CRISPR/Cpf1)를 발견하고 개발했다. 인간세포와 동식물세포의 유전자를 마음대로 교정하는데(Editing) 사용한다. 표적 DNA를 자른 후 세포 내 복구 시스템에 의해 다시&nbsp… Continue reading