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University Of Richmond Magazine, Winter 2020 Jan 2020

University Of Richmond Magazine, Winter 2020

University of Richmond Magazine

The University of Richmond's Alumni Magazine was first published as The Alumni Bulletin in 1936 and continues to this day as the University of Richmond Magazine.


Healthcare, The Environment And Biomedicine, Ahkar Phyo Phyo, Suraj Bala, Mason Barrett, Jack Connelly, Lucy Cummins, Claire Fuller, Hannah Gorga, Jonathan Huang, Dowha Karar, Katrina Kuhn, Elizabeth Lopez-Lopez, Carolina Montoya, Liz Narwold, Lindsay Pett, Shruti Police, Grace Ann Robertson, Rachel Schuman, Virginia Sun, Katie Wall, Ivy Zhong Apr 2019

Healthcare, The Environment And Biomedicine, Ahkar Phyo Phyo, Suraj Bala, Mason Barrett, Jack Connelly, Lucy Cummins, Claire Fuller, Hannah Gorga, Jonathan Huang, Dowha Karar, Katrina Kuhn, Elizabeth Lopez-Lopez, Carolina Montoya, Liz Narwold, Lindsay Pett, Shruti Police, Grace Ann Robertson, Rachel Schuman, Virginia Sun, Katie Wall, Ivy Zhong

SSIR Presentations 2019

The final SSIR project aim: To better understand the factors that impact student well-being at the University of Richmond, with a focus on those that raise happiness and reduce stress.

Goals and questions included:

● To find statistically significant data that correlates to who the happiest spidURs are
● Tried to separate student groups to identify individual factors
● Sought out students who had lowest stress, highest happiness


Winter 2008 Jan 2008

Winter 2008

University of Richmond Magazine

No abstract provided.


Sodium/Proton Exhange In Membrane Vesicles From Crab (Callinected Sapidus And Carcinus Maenas) Gill, Robert Eric Shetlar Aug 1987

Sodium/Proton Exhange In Membrane Vesicles From Crab (Callinected Sapidus And Carcinus Maenas) Gill, Robert Eric Shetlar

Master's Theses

The existence of a sodium-ion-for-hydrogen-ion exchange mechanism in the membranes of certain epithelial cells has been demonstrated by many investigators (Murer et al., 1976; Tsai et al., 1984; Seiler et al., 1985 ) • This mechanism has been shown to exchange one Na+ for one H+ (Aronson & Igarashi, 1986) and is thought to be more prominent in the brush-border membranes (Murer et al., 197 6; Reenstra et al., 1981 ; Ives et al., 1983) of mammalian kidney tubules and intestinal tissues than in basolateral membranes of these tissues. The roles the exchanger plays in the cell may include intracellular …


Summer 1986 Jan 1986

Summer 1986

University of Richmond Magazine

No abstract provided.