About
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You get to the finish line with a great team. I'm enormously proud of and grateful to the technology team at Intermountain Health for all their…
You get to the finish line with a great team. I'm enormously proud of and grateful to the technology team at Intermountain Health for all their…
Liked by Branden Fini
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We are incredibly excited to announce the promotion of Steve Suter to President & Chief Operating Officer of MacroHealth. Steve’s leadership and…
We are incredibly excited to announce the promotion of Steve Suter to President & Chief Operating Officer of MacroHealth. Steve’s leadership and…
Liked by Branden Fini
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Congratulations to our CEO, Adam McMullin, who has been named one of the top 35 leaders in the digital health industry for 2024 by Slice of…
Congratulations to our CEO, Adam McMullin, who has been named one of the top 35 leaders in the digital health industry for 2024 by Slice of…
Liked by Branden Fini
Experience & Education
Volunteer Experience
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Music Instructor
MUSICAL MENTORS
Children
Provided instruction in and fundraised for keyboard and ukulele program for underprivileged youth
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Volunteer
China California Heart Watch
Health
Travel throughout Yunnan, China as a part of a team of medical doctors from University of California, Irvine to treat children with various forms of congenital heart disease. Was trained to administer full heart auscultation, and physical, electrocardiogram, and echocardiogram examinations.
Publications
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Urea Meta–Organic Frameworks as Effective and Size–Selective Hydrogen–Bond Catalysts
J. Am. Chem. Soc.
A new urea-containing metal–organic framework (MOF) was synthesized to act as a heterogeneous catalyst. Ureas are well-known for self-recognition and aggregation behavior, resulting in loss of catalytic competency. The catalyst spatial isolation achievable in a porous MOF environment suggests a potentially general solution. The combination of a symmetrical urea tetracarboxylate strut, 4,4′-bipyridine, and Zn(NO3)2·6H2O under solvothermal conditions afforded a new microporous MOF (NU-601). This…
A new urea-containing metal–organic framework (MOF) was synthesized to act as a heterogeneous catalyst. Ureas are well-known for self-recognition and aggregation behavior, resulting in loss of catalytic competency. The catalyst spatial isolation achievable in a porous MOF environment suggests a potentially general solution. The combination of a symmetrical urea tetracarboxylate strut, 4,4′-bipyridine, and Zn(NO3)2·6H2O under solvothermal conditions afforded a new microporous MOF (NU-601). This material is indeed an effective hydrogen-bond-donor catalyst for Friedel–Crafts reactions between pyrroles and nitroalkenes, whereas a homogeneous urea is much less competent. The higher rates of reaction of small substrates relative to larger ones with NU-601 strongly suggest that catalysis primarily occurs within the pores of this new material rather than on its exterior. To the best of our knowledge, this approach is the first example of specific engineering of successful hydrogen-bonding catalysis into a MOF material.
Other authorsSee publication
Honors & Awards
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Eagle Scout Rank
Boy Scouts of America
Highest rank issued in Boy Scouts of America
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Ryan Scholarship
Northwestern University
Full scholarship awarded to 12 incoming freshman in Northwestern Class of 2013
Test Scores
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GMAT
Score: 750
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