Molagri GTM brain

Molagri develops targeted biological insecticides for agricultural growers facing pest resistance.

category

Precision biological crop protection

market profile

  • text: Insect resistance and withdrawal of existing chemicals create demand for new crop protection approaches.
  • text: Molagri is early stage, with tree nuts and tree fruits reported as its initial focus.

personas

  • title: Orchard owner or farm pest management lead
    pains:
    • Pests develop resistance to familiar insecticides
    • Treatments must protect crops without disrupting beneficial insects
  • title: Crop protection product development or partnerships lead
    pains:
    • Existing modes of action face resistance and regulatory pressure
    • New biological products need credible field efficacy and scalable manufacturing

icp

  • text: Commercial tree fruit and tree nut growers with acute insect pressure are a reported initial market.
  • text: Agricultural crop protection companies seeking differentiated biological pest-control technologies are plausible development partners, subject to validation.

message pillars

  • text: Design pest control for precise biological targeting.
  • text: Build against the challenge of resistance.
  • text: Design the platform for production at scale.

objections

  • objection: Does it work in real growing conditions?
    response: Ask for pest-specific field trial results and commercialization milestones; the company is still early stage.
  • objection: Could beneficial insects be harmed?
    response: The company designs for species-specific targeting; independent non-target testing and approvals should substantiate any claim.
  • objection: Can it be manufactured economically?
    response: The platform is designed for scalable fermentation, but commercial costs need validation.

competitors

  • name: GreenLight Biosciences
    why: Develops targeted biological crop protection, including an RNA-based insecticide.
  • name: Vestaron
    why: Develops biological insecticides as an alternative crop protection approach.
  • name: Provivi
    why: Provides biological pest management using pheromones.

influencers

  • name: Zaky Hassan
    url: https://agfundernews.com/molagri-raises-5-8m-to-build-updatable-biopesticides
    why: Co-founder and CEO discussing the company's platform.
  • name: Min Jin
    url: https://www.founderland.ai/founder/min-jin
    why: Co-founder and chief science officer.

keywords

  • biological insecticide
  • pesticide resistance management
  • species specific biopesticide
  • orchard insect control
  • crop protection biologicals
  • pollinator safe pest control

voice

  • Science-led
  • Ambitious
  • Commercially minded

signals

  • text: Growers report resistance or declining efficacy in fruit and nut pests.
  • text: Crop protection companies seek new biological approaches to restricted or resistance-prone products.

hiring

  • Scientist / Senior Scientist, Molecular Display and Binder Discovery
  • Sr. Research Associate, Yeast Expression and VLP Production
  • Scientist / Senior Scientist, Insect Biology and Bioassays
  • Scientist / Senior Scientist, Synthetic Virology for RNA Delivery

pricing

model: unknown

motion

unknown

channels

  • industry press
  • website contact

confidence

medium

Founders

  • name: Zaky Hassan
    title: Founder/CEO
    role: CEO
    bio: Zaky is a protein biochemist and viral structural biologist who has characterized mechanisms of antibody neutralization in human pathogenic coronaviruses. He has an undergraduate degree in Biochemistry (Honours BSc) and graduate training in Biochemistry (PhD candidate) from the University of Toronto. He was awarded $130K+ in fellowships, and published twice in Nature Communications. Zaky previously founded a non-profit, raised $1M+ in grants and operated programming for 1000+ youth in Toronto.
  • name: Min Jin
    title: Founder/CSO
    role: Founder
    bio: Min is a viral structural biologist and protein biochemist, and the current world record holder for the highest resolution structure of a coronavirus spike protein in the Protein Data Bank (1.68 Å). She has an undergraduate degree in Biophysics (Honours BSc) and graduate training in Biochemistry (PhD candidate) from the University of Toronto and she has published in Nature Microbiology and Nature Communications.

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