Announcement from St. Luke’s University Health NetworkAug 11, 2020 A passion for pure air links St. Luke’s University Health Network with local entrepreneur Kathryn Worrilow, PhD, in a win-win partnership
https://youtu.be/Wxapf3234c4 INTERPHEX Live 2020 “Advancements in Cell and Gene Therapy” From this year’s InterPhex 2020, a virtual panel discussion on advancements in cell and gene therapy, joined by LifeAire Systems
In March 2020, the American Dental Association (ADA) recommended that dentistry practices close to all procedures except emergencies. This quickly was extended through April and into May. Of course, these
ALLENTOWN, Pa. – Dr. Katy Worrilow never thought she’d be making HVAC systems. “Never in my wildest dreams,” she said. “Our system is five stages. Each stage proprietary and performing
Local Penn Staters participate in the fight against COVID-19. “We need both the research side and the clinical medicine side to overcome COVID-19,” Dr. Daniel Devine. “When creating the LifeAire
As an extension of the Virtual Hill and the Tom Ruth Leadership Speaker Series, Dr. Kathyrn Worrilow P’13’13 was invited by The Hill School Alumni Association to speak last night
On Thursday, October 24, 2019, The Commercial Real Estate Women of the Lehigh Valley (CREW LV) held their 5th annual Legacy Summit: Rewriting the Rules, at the Lehigh Country Club.
CAR-T Cell Advancements: How are gene cell therapies benefiting from technology designed for IVF clinics? As pharma manufacturing evolves to cell and gene therapies, how can technology help address the
August 2, 2019 – Network Magazine recognizes LifeAire Systems’ commitment to bringing air purity to the IVF, life sciences, healthcare, and long-term care industries to benefit the patient communities they each
A peer-reviewed conference abstract published in Fertility and Sterility, Volume 112, Issue 3, presenting early modeling research on the behavior of airborne volatile organic compounds in IVF culture environments. Using equilibrium partitioning models, the study demonstrates how airborne VOCs partition from the air phase through the oil cover layer into water-based culture media and into or onto the embryo itself, reaching cytotoxic concentrations even at low ambient air concentrations. Seven VOCs — including acrolein, formaldehyde, phenol, toluene, acetaldehyde, ethanol, and isopropanol — were identified as of particular concern to embryologists and clinicians. This conference abstract preceded the full peer-reviewed publication in Reproductive BioMedicine Online in 2022. Published in Fertility and Sterility, 2019; 112(3):E122-E123. Authors: Worrilow, K.C.; Urrutia, A.R.; Huynh, H.T.; Fox, J.T.