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Total Results: 16

Emmerich, Pisarski Under Par After Day One of Ironwood Collegiate ...

https://owlsports.com/news/2025/9/29/mens-golf-emmerich-pisarski-under-par-after-day-one-of-ironwood-collegiate-classic

GREENVILLE, N.C. - Senior Aidan Emmerich and freshman Nicholas Pisarski each shot under-par rounds of 71 to lead the Temple golf team on the opening day of t...

Temple University

https://owlsports.com/sports/womens-gymnastics/roster/angelina%20-hogan/16537

2023: Competed in one meet where she scored a 8.800 on floor. Before Temple Hogan has been a Level 10 gymnast since late 2017 and trained with WOGA Gymnastics in Plano, Texas. In that time, the Plano native qualified for nationals after winning the Region 3 Championship on the uneven bars.

Gymnastics Finishes Second at Auburn Quad - Temple

https://owlsports.com/news/2024/2/2/womens-gymnastics-gymnastics-finishes-second-at-auburn-quad

AUBURN, Ala. – The Temple gymnastics came in second place of the Auburn quad meet on Friday night at Neville Arena. The Owls finished with a score 193.425, w...

Catheter-Directed Thrombolysis (EKOS) | Temple Health

https://www.templehealth.org/services/treatments/catheter-directed-thrombolysis

Catheter-directed thrombolysis (EKOS) uses a combination of drugs and ultrasound waves to break up or dissolve major blood clots that cause pulmonary embolism.

David Boardman - Dean, Klein College of Media and ... - Temple

https://owlsports.com/staff-directory/gregory-n-mandel/694

David Boardman is the dean of the Klein College of Media and Communication and was recently named interim provost at Temple University in Philadelphia. He has academic and financial responsibility for one of the largest and most comprehensive programs of its kind, with some 2,500 students and 200 faculty members. Since joining the college in 2013, Boardman has led major strategic initiatives ...

Novel Gene-Editing Strategy Leverages Unusual Genetic Alteration to ...

https://www.templehealth.org/about/news/novel-gene-editing-strategy-leverages-unusual-genetic-alteration-to-block-hiv-spread-in-cells

Genetic alterations that give rise to a rare, fatal disorder known as MOGS-CDG paradoxically also protect cells against infection by viruses. Now, Temple scientists have harnessed this unusual protective ability in a novel gene-editing strategy aimed at eliminating HIV-1 infection.