DECEMBER 2022 NOMINEES: Melinda Finnerty, Student Health Services Donna Cochrane-Kalinoski, Nursing Shannon Murphy Fennie, Assistant Dean of Students Julie Brackeva-Phillips, IT Thomas Cody, Infrastructure & Security Services Erin Boughton, Facilities Jim Piazza, Carpenter Andy Adryan, Facilities Michael Ritterbeck, Center for Student Engagement Anthony Amato, Facilities John Garzarella, Athletic - Long/Byron Maintanence Cathy Seymour, Campus Ministry Salisa Brown, Faculty Secretary PHY/EE/CHEM Jason Oakey, IT Casey Steiner, Center for Student Engagement Joel Krisanda, Weinberg Memorial Library Kevin Rude, University Police Lori Moran, Career Development Melissa Abda, Human Resources Brenda Clark, External Affairs John Garzarella, Facilities Cindy Meo, Facilities Hugh Doyle, Admissions Melissa Afshari, Graduate & International Admissions Deanna Beyrent, IT Mary Beth Watson, PCPS Advising Center Jane Johnson, Rec Sports Ann Keeler, Counseling and Human Services Rose Striefsky, Advancement Karyn Salitsky, Information Technology Diane Kennedy, IT Robert Liskowicz, Counseling Center Jillian Wall, Office of Admissions Stephanie Adamec, CHEW Brad Troy, Residence Life Amy Hoegen, Campus Ministries Frank Cardamone, Grounds John Garzarella, Athletics/Maintenance Thomas Kern, IT Margaret Mazzino, Facilities Starr Lairf, Facilities Jillian Wall, Admissions Daniela Teneva, Facilities Meg Cullen-Brown Magis Award Winner, December Receiving The Meg Cullen-Brown Magis Award Winner for December is Lori Moran, Center for Career Development
In a mouse model of DSS-induced colitis, RA significantly reduced colitis severity, as evidenced by decreased disease activity index scores, colonic damage, and colon length
It may be prudent to run these tests sooner and more often if a patient is experiencing symptoms of hypothyroidism, hyperthyroidism, or both
Our analysis revealed a significant increase in the phylum Firmicutes and a significant decrease in the phylum Bacteroidota in PSO model mice, in agreement with previous descriptions ( Staphylococcus was found to dominate the skin microbiome in PSO model mice ( Figure 5B )
They are particularly beneficial for individuals with sensitive stomachs who cannot tolerate standard high-dose vitamins, as well as seniors who need maximum absorption efficiency
Phycologia
