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Doug Banda

Doug Banda

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Education: B.A. Chemistry, University of Louisville, 2012

From: Louisville, KY

Joined David Lab: January 2012

Outside of lab: I’m an outdoor sports and nature enthusiast.

I also enjoy sampling ingredients from local farms and cooking

at home for friends and family.

 

Research in David Lab:

My work entails the exploration of novel cellular DNA repair responses to environmental toxins such as 1,3-butadiene and methylating agents. Using a suite of biochemical and analytical techniques, I research the molecular mechanisms by which mammalian base excision repair glycosylases prevent mutations in cells, or initiate cell death in the event of overwhelming DNA damage. The information gleaned from my work could potentially be used to design new therapeutic strategies to target genetic susceptibilities underlying cancer progression and genomic maintenance in response to DNA damaging agents.

Links to Papers from David lab

Banda, D. M.; Nuñez, N. N.; Burnside, M. A.; Bradshaw, K. M.; David, S. S., Repair of 8-oxoG: A mismatches by the MUTYH glycosylase: Mechanism, metals and medicine. Free Radical Biology and Medicine 2017, 107, 202-215.

Wickramaratne, S.; Banda, D. M.; Ji, S.; Manlove, A. H.; Malayappan, B.; Nuñez, N. N.; Samson, L.; Campbell, C.; David, S. S.; Tretyakova, N., Base excision repair of N 6-deoxyadenosine adducts of 1, 3-butadiene. Biochemistry 2016, 55 (43), 6070-6081.

Previous Research Experience:

Research Intern – Protein Analytical Chemistry, Genentech Inc., South San Francisco, CA

Pre-clinical development of antibody therapeutics, with a focus on assay development and physicochemical characterization in the department of Protein Analytical Chemistry. Research comprised the development of new multi-dimensional chromatography methods for the separation and quantitation of product related impurities for antibody therapeutics.

RSS Science Daily News

  • Your morning coffee could secretly be weakening antibiotics September 11, 2025
    Researchers have discovered that everyday substances like caffeine can influence how bacteria such as E. coli respond to antibiotics. By examining 94 common drugs and food ingredients, scientists found that certain compounds trigger genetic regulators that control bacterial transport proteins, altering what gets inside the cells. In the case of caffeine, this led to reduced […]
  • Hubble just captured a glittering star cluster like no other September 11, 2025
    Hubble’s latest image captures a glittering star cluster inside the Large Magellanic Cloud, a dwarf galaxy about 160,000 light-years from Earth. This region, known as N11, is one of the galaxy’s largest stellar nurseries where vast clouds of gas and dust give birth to new stars.
  • Blocked blood flow makes cancer grow faster September 11, 2025
    Researchers at NYU Langone Health discovered that cutting off blood flow accelerates cancer growth by prematurely aging the bone marrow and weakening the immune system. In mouse models, restricted blood flow doubled the growth rate of breast tumors, mimicking changes seen during aging. The study found that ischemia reprograms bone marrow stem cells, skewing the […]
  • This rare white dwarf looks normal, until Hubble shows its explosive secret September 11, 2025
    Hubble has uncovered a rare ultra-massive white dwarf created in a violent star merger. Once thought to be ordinary, the star’s ultraviolet signature revealed its explosive history and hinted that such cosmic collisions may be surprisingly common.
  • NASA’s celestial “Accident” unlocks secrets of Jupiter and Saturn September 11, 2025
    Astronomers studying an oddball brown dwarf called “The Accident” have finally spotted silane, a long-predicted silicon molecule missing from Jupiter and Saturn’s skies. Its ancient, oxygen-poor atmosphere allowed the molecule to form, offering new insight into how planetary atmospheres evolve.

Contact:

Dr. Sheila S. David
ssdavid@ucdavis.edu
(530)-752-4280

Department of Chemistry
One Shields Ave.
Davis, CA 95616