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Dr. Nirav Bhakta is an internal medicine specialist who provides diagnostic testing and care for patients with lung disease, including those in intensive care. He enjoys the challenge of working with patients and families affected by serious illnesses.

Bhakta's research aims to understand the molecular basis for variations in asthma, and to use this knowledge to develop and test targeted treatments. He incorporates his experience in computer programming and quantitative modeling to study human tissue using high-throughput genomic data analysis (a research method that speeds the screening process). His research contributes to his goal of providing collaborative, individualized patient care that is based on the best current findings.

Bhakta earned his medical degree from Stanford University School of Medicine, where he also completed a doctorate in molecular and cellular physiology. At UCSF, he completed a residency in internal medicine, a fellowship in pulmonary and critical care medicine, and additional research in the genetics of asthma.

Bhakta is a member of the American College of Physicians and American Thoracic Society. He is passionate about educating the next generation of pulmonologists through his work with UCSF residents and fellows.

  • Board Certifications

    American Board of Internal Medicine, Critical Care Medicine, 2012

    American Board of Internal Medicine, Pulmonary Disease, 2011

  • Fellowships

    UCSF, Internal Medicine, 2011

  • Residencies

    UCSF, Internal Medicine, 2008

  • Internship

    UCSF, Internal Medicine, 2007

  • Education

    Stanford University School of Medicine, 2006

  • Languages

    English

Where I see patients (1)

    My reviews

    4.9

    Overall Experience
    47 Ratings
    About our process
    Mar 21, 2025
    Very good should not be the top choice. My experience with Dr Bhakta was excellent.
    Feb 24, 2025
    Dr.Bhakta and others have always been involved in my care from past to present. Dr.Bhakta remembers my struggles and is open and honest in regards to where I am to date and allowing me to make an informed decision. I have never once felt "pushed" into making a decision that may have long term effects. We find a happy medium that is more than agreeable with me which gives me room to manage my care. In addition, I know if there is any issue that I can call Dr. Bhakta or Dr. Blebea and they are on top of my needs. I would and will highly recommend Dr. Bhakta and his team with good faith.
    Feb 12, 2025
    Dr Bhakta is a very wonderful doctor. He listens and gives great solutions. He is kind and brilliant.
    Dec 24, 2024
    One of best doctors we met in a long time!!!
    Dec 11, 2024
    Dr. Bhakta is a wonderful clinician. Very thorough. Pulls up all relevant information and double checks everything to be sure I am getting the best treatment.
    Nov 13, 2024
    He walks very professional, took the time to listen and respond to my questions and gave me good next steps.
    Oct 22, 2024
    Excellent interaction with provider who listened attentively, examined me, discussed his findings clearly and in detail and recommended a treatment.
    Sep 18, 2024
    I also appreciated the Notes about the visit right away.
    Aug 03, 2024
    Excellent Pulmonologist, outstanding care
    Jun 13, 2024
    Dr. Bhakta was wonderful asked the right questions included me and my husband in the discussion about the next step in my care.
    Mar 08, 2024
    I feel very good!
    Aug 19, 2023
    Great doctor very thorough, accommodating, good listener, helpful, knowledgeable, caring, what any patient looking for now a days.
    Aug 12, 2023
    Dr. Bhakta was very thorough and gave me the feeling that he has his whole attention and time for me.
    Jul 22, 2023
    Dr Bhakta is extremely efficient and thorough throughout the entire exam/visit. He addressed a multitude of questions and tests done and any followup treatment.
    Decorative Caduceus

    Mechanistic Insights From Bronchoscopy Airway Samples

    Specifically, gene expression will be interrogated in single cells via 10x droplet-based RNA sequencing of airway brushings obtained from bronchoscopy. The gene expression data is used to characterize individuals cells as goblet c...

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