Shalini Andersson

Vice President RNA Gene Cell Therapy At Discovery Sciences, Astrazeneca at AstraZeneca

Shalini Andersson is a seasoned pharmaceutical executive with extensive experience at AstraZeneca since January 1997, currently serving as Vice President of RNA Gene Cell Therapy at Discovery Sciences. Previous roles include Vice President of Oligonucleotide Discovery and Chief Scientist for New Therapeutic Modalities, where Shalini led strategic initiatives in Nucleic Acid Therapeutics and targeted delivery. In collaboration with Moderna Therapeutics, Shalini served as Project Leader for the mRNA Delivery Platform, and contributed to multiple leadership teams and committees, including the joint steering committee for collaborations with Ionis Pharma and Silence Therapeutics. Earlier in the career, Shalini held several senior director roles focusing on drug metabolism, pharmacokinetics, and new therapeutic modalities. Shalini's academic foundation includes a PhD in Chemistry from Linköping University, where an associate professorship in Organic and Analytical Chemistry was held prior to joining AstraZeneca.

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Timeline

  • Vice President RNA Gene Cell Therapy At Discovery Sciences, Astrazeneca

    September, 2023 - present

  • Vice President Oligonucleotide Discovery

    December, 2021

  • Chief Scientist New Therapeutic Modalities And Head Of Oligonucleotide Discovery

    March, 2020

  • Chief Scientist New Therapeutic Modalities At Astrazeneca

    April, 2019

  • Senior Director And Head Of New Therapeutic Modalities

    August, 2018

  • Senior Director Translational Sciences; CVMD ( Interim Head Of Dept)

    July, 2013

  • Senior Director Drug Metabolism & Pharmacokinetics, CVRM Innovative Medicines Unit

    January, 2011

  • Project Leader And Business Change Lead

    2006

  • Associate Director, Medicinal Chemistry

    December, 2001

  • Associate Director DMPK & Bioanalytical Chemistry

    January, 2000

  • Team Leader Chiral Chromatography Group

    1998

  • Senior Scientist, Cardiovascular And Gastrointestinal Research Area

    January, 1997