Skip to content

Marvin Lee Miller

Research Assistant at University of California, Berkeley

My name is Marvin, an undergraduate research assistant trained in the intellectually conducive laboratories of UC Irvine and UC Berkeley. Working in a dynamic and diverse team environment, I have developed versatility, interpersonal skills, and technical expertise required for successful research. I spent two years working as a volunteer for an oncology study at UC Irvine, and have been involved in skeletal muscle research at UC Berkeley since 2019. Research has been my passion since childhood and by majoring in Molecular & Cell Biology, I am taking steps closer to my dream.

Bio

Life is what you make of it,” the belief that led Marvin to his current status as a student and undergraduate research assistant at UC Berkeley. 

Marvin Lee Miller grew up in the poverty-stricken city of Tijuana, Mexico. Despite the challenges that he was born to, Marvin has always had this love for learning. From his elementary to high school, he had been in love with science, be it general science, biology, or physics. But his path to higher education was atypical. He was raised in a household led by a single mother, went to a foster home as a youth, and was incarcerated before he finally got his feet back on track. He had few mentors guiding him in life. But the challenges that he faced pointed him in the right direction, and with the generous help of school counselors, professors, laboratory heads, and other researchers, Marvin can proudly say that he is on his way to achieving his dreams. 

Marvin successfully completed four Associate’s degrees and earned a handful of honors and awards from Santa Ana College. These achievements paved his way to UC Berkeley where he is currently pursuing his Bachelor’s degree majoring in Molecular & Cell Biology. His classes strengthen his yearning for knowledge on important topics related to human health and its underlying physiology. 

Since 2018, Marvin has worked in research laboratories pursuing an understanding of important biological processes. He was a volunteer researcher at UC Irvine where a team of researchers, including himself, studied gartanin, a compound involved in the progression of prostate cancer. His contribution to this study earned him a place in the paper’s publication. After moving to UC Berkeley, Marvin started working under the guidance of Dr. José Vazquez-Medina. In the lab, Marvin, along with other undergraduate and graduate students, study the effects of aging on the mitochondrial respiration and metabolic flexibility of skeletal muscles by observing GPR81, a lactate receptor in the cell. He is also part of the lab’s publications. His experience in GPR81 research also led to his own publication in the Ronald E. McNair Journal.

Marvin aims to complete a Ph.D. degree related to molecular biology and genetics. By strengthening his research skills and broadening his knowledge, he could be part of the diverse STEM-based researchers fighting against epidemics, common diseases, and other health conditions. Marvin is specifically interested in developing innovative solutions to lifestyle diseases such as obesity, diabetes, and cardiovascular diseases which claim millions of lives every year. 

When not in the lab, Marvin enjoys spending time outside and immersing himself in nature. He loves beach sports, hiking, biking, long drives, and sightseeing. He enjoys traveling across the country, visiting friends, and spoiling his outdoorsy self. His favorite state is Hawaii because of the entire ecosystem that mirrors exactly any other city on the mainland but, in this case, is all on a single island. His early life experiences and current disabilities mold his personal advocacies which include racial equality, healthcare accessibility, and mental health awareness.

The adversities that Marvin experienced could have easily discouraged him from dreaming of a better future. But he stood his ground and decided to make something meaningful instead. And that is the life he chose to make for himself!

Qualifications Summary

  • Reliable team member with effective communication, interpersonal, and organizational abilities to establish and maintain
    professional relations with colleagues and senior personnel.
  • Ability to identify the root cause of issues and translating complex
    processes into clear, understandable, and actionable steps.
  • Skilled at working effectively both independently and collaboratively as part of a team to complete projects on time and within
    quality.
  • Maintained up-to-date knowledge of the latest medical advancements and trends as well as participated in various conferences
    and meetings to discuss relevant updates.

Education

  • Bachelors of Science, Molecular 2021

    University of California, Berkeley, Berkeley CA

  • A.S. in Biology Major Biology 2019

    Santa Ana Community College, Santa Ana CA

  • A.S. in Science for Transfer Biology Major Biology 2019

    Santa Ana Community College, Santa Ana CA

  • A.S. in Arts Major Liberal Arts Math & Science 2019

    Santa Ana Community College, Santa Ana CA

  • A.S. in Science Major Science 2019

    Santa Ana Community College, Santa Ana CA

  • Certification Major IGETC 2019

    Santa Ana Community College, Santa Ana CA

  • Certification Major IGETC 2019

    Santa Ana Community College, Santa Ana CA

  • Certification of Achievement Major IGETC Gen Breadth 2019

    Santa Ana Community College, Santa Ana CA

Career Experience

  • University of California, Berkeley, Berkeley CA 2019 – Present
    Undergraduate Research (Advisor: José Pablo Vázquez-Medina PhD)
    2019 – Present

    Assist with the analysis of qualification data to support the final report and develop baseline alert limits. Analyze the abundance of GPR81 protein in skeletal muscle cell cultures from young and old humans. Knockout (KO) GPR81 to determine variations in substrate utilization in skeletal muscle cell cultures from young and old humans.

    Increased hands-on laboratory and computational research and applies mathematical concepts and methodology to understanding mechanisms in biology.

  • University of California, Berkeley, Berkeley CA
    Undergraduate Research (Advisor: George Brooks, PhD)
    2019 – Present

    Asses metabolic flexibility in skeletal muscle cell cultures from young and old humans. Evaluate mitochondrial oxygen consumption and fuel utilization in skeletal muscle cell cultures from young and old humans.

    Managed laboratory equipment and consumables, wrote reports and other day-to-day teaching assignments.

  • University of California, Irvine, Orange CA
    Undergraduate Researcher (Advisor: Xiaolin Zi, PhD)
    2018 – 2019

    Planned, executed, and completed research in a corporate research environment. Calculated the mechanism of Gartanin in prostate cancer. Utilized LSD-1 inhibitor to reverse anti-androgen therapy resistance in prostate cancers.

    Conducted work in a manner compliant with safety and stewardship regulations.

  • University of California, Irvine, Orange CA
    Undergraduate Researcher (Advisor: Xiaolin Zi, PhD)
    2018 – 2019

    Planned, executed, and completed research in a corporate research environment. Calculated the mechanism of Gartanin in prostate cancer. Utilized LSD-1 inhibitor to reverse anti-androgen therapy resistance in prostate cancers.

    Conducted work in a manner compliant with safety and stewardship regulations.

  • University of Alaska, Fairbanks, Fairbanks AK
    Undergraduate Researcher (Advisor: Katie Spellman, PhD)
    2018

    Designed, created, and screened phage libraries and validate hits. Identified and integrated technologies that improve and expand the ability to engineer molecules by working with teammates, collaborators, vendors, and staying abreast of the literature. Regular participated and presented data and analysis at lab meetings. Conducted a study on the effects of spongy moss and lichen on soil moisture in Alaska.

    Utilized various equipment for field research such as including: measuring tape, compass, clinometer, infrared surface thermometer, auger, flags, corer, and playing cards (to distinguish sites) and soil differentiating.

Poster & Presentation

  • Summer 2020 SURF Conference

    The Effect of Aging on the Lactate Receptor GPR81 and Metabolic Inflexibility.
    University of California Berkeley

  • The 28th Annual Ronald E. McNair Scholars Symposium

    The Effect of Aging on the Lactate Receptor GPR81 and Metabolic Inflexibility.
    University of California Berkeley

  • Spongy Moss and Lichen, they make the Soil Moisture Burst!

    Santa Ana Community College

Honors, Funding & Awards

CONTACT ME

Zoom

4716187705

Google Hangouts

marvinmiller2015@gmail.com

Website

https://www.marvinleemiller.com/

©2020 Marvin Lee Miller | All Rights Reserved.