Nosis Bio is a well-funded biotech startup exclusively focused on cell-specific delivery of RNA therapeutics. We are an all-scientist team of biologists, chemists, and machine learning experts that believe targeted extrahepatic delivery is the only thing preventing RNA therapies from becoming the standard-of-care for most chronic diseases. We combine deep expertise in receptor biology, generative AI, and high throughput in vivo data generation to exponentially accelerate the development of RNA therapeutics for new tissues. We are addressing a major unmet need across the industry and actively partner with pharmaceutical companies, research institutions, and biotech.
Key Responsibilities:
Lead a team of scientists and research associates to expand the Nosis wet lab workflow for protein design, protein screening, and protein development
Apply advanced protein engineering methods, including screening, sequence-, structure-, and AI/ML- based, to drive the invention of novel biologic therapeutics
Serve as a project co-lead on pipeline projects to advance biologics candidates through discovery and development
Serve as a scientific mentor and resource for scientific staff across the company's discovery network
Lead direct reports to drive their pipeline impact and personal growth and development
Foster a high-performance culture of collaboration, engagement, self-accountability and excellence
Effective partner across multidisciplinary interfaces to achieve organizational objectives
Support partnerships and partnering opportunities with biotech and academia to drive new and existing capability collaborations and evaluations
Stay abreast of external advancements in the relevant scientific fields
Promote the external reputation of our company through presentations and publications
Create value through hard work and breakthrough innovation
Qualifications:
Ph.D. (with a minimum of 8 years), Bachelor's or Master's (with a minimum of 12 years) in life sciences and relevant industry experience
Expert-level competency in advanced protein/peptide engineering methods in the design of biotherapeutics
Deep scientific knowledge across workflows and domains integral to the discovery of protein/peptide therapeutics, including protein displays, peptide, protein and/or antibody discovery, protein expression/purification, protein characterization and developability assessment
Demonstrated track record of utilizing protein engineering methods, including structure- and AI/ML- based to advance biotherapeutics through discovery and into the clinic
Experience mentoring and developing colleagues through formal and informal means.
Exceptional communication and collaboration skills
Has established of a strong external reputation through high-impact publications, presentations, and scientific community engagement
Preferred Experience and Skills:
Experience in protein therapeutics beyond traditional mAbs, including linear and cyclic peptides and peptide/protein chimeras
Hands-on experience in wet lab execution of one or more of the following: protein display, expression, purification, and/or characterization (developability, biophysics, functional assessment, assay development/execution, structure determination)
Experience with molecular and microbiology techniques underlying yeast display work
Fundamental understanding of proteins, antibodies, and structure-function relationships required. Familiarity with protein structure analysis (Pymol, Chimera, MOE).
DNA and RNA purification, cloning, PCR, Sanger sequencing, NGS library preparation
Flow cytometry and FACS
Familiarity with protein-protein interaction techniques and kinetics (FP, BLI, SPR, on-cell binding)
Bioinformatics or data science experience is desirable (bash, Python, or R)
Proficiency with Microsoft Office suite, FlowJo, Prism, DNA cloning software
Project leadership experience across discovery stages, from tool-molecule generation through preclinical development of therapeutic candidates
Experience in managing external collaborations and participating in due diligence activities
Prior staff management experience
Excellent written and oral communication skills
Experience with GPCRs and/or other multi-pass transmembrane proteins is a strong plus