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Watch this 4 min video to learn how starting from your own technology description can find and evaluate in a few minutes the right Strategic Partners and possible Acquirers by using scientific and business signals. This is useful as Startup Founder/BD or when evaluating investment/M&A/licensing/partnering candidates as a pharma company or investor.

https://share.descript.com/view/EloXXY6dWux

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Start from your/a startup’s technology:

Example: Go to NurExone Biologic profile and Ask Anything:

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I want to find the most likely acquirers for this company. For what indications may this technology be really valuable? Who are likely candidates? Give me a search query (with these operators: AND OR () "") with such diseases I can use to find companies.

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In a new tab: Query in Companies:

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("spinal cord injury" OR "central nervous system injury" OR "traumatic brain injury" OR "stroke" OR "neuroregeneration" OR "optic nerve injury" OR "vision restoration" OR "multiple sclerosis" OR "ALS" OR "neurodegeneration")

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Filter companies:

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Large Pharma

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Visit a profile, example Biogen - AI Evaluation - Collaboration Potential

Collaboration Context:

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We are a biotech startup identifying potential acquirers mid- to long term

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Criteria:

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Find below context on who our exosome technology may be valuable.

NurExone Biologic is focused on developing an exosome-based drug platform targeting damage in the central nervous system (CNS), with initial emphasis on treating spinal cord injuries. Their patent portfolio demonstrates two complementary core themes: (1) methods and compositions for efficiently loading extracellular vesicles (exosomes) with therapeutic cargos—including carbohydrates and active agents—and (2) the application of RNA interference (RNAi) oligonucleotides (e.g., siRNA, shRNA) against molecular targets like PTEN or components of perineuronal networks. In the context of CNS injuries, PTEN inhibition has been shown to promote axon regeneration, while modulation of perineuronal networks is thought to enhance neuroplasticity and recovery after trauma[Source][Source]. Exosomes represent a promising delivery vehicle for these RNA modalities thanks to their ability to cross biological barriers and selectively target neural tissues[Source].

Indications where NurExone’s exosome platform could be particularly valuable include:

The recent publication on Merkel cell carcinoma is likely not directly related to their CNS-focused technology, but rather reflects broader research collaborations[Source].

Potential acquirer profiles:

  1. Larger biopharma companies with advanced neurology and CNS pipelines—especially those with programs in spinal cord injury, TBI, or regenerative neurology. Examples: Biogen, Roche/Genentech, Novartis, Eli Lilly, Johnson & Johnson.
  2. Pharma and biotech companies with significant investments in RNA therapeutics or exosome delivery platforms. Examples: Ionis Pharmaceuticals, Alnylam, Moderna, Exopharm, Codiak BioSciences.
  3. Device or regenerative medicine companies interested in combination therapies for CNS repair (e.g., Medtronic, Stryker for adjunct technologies).

Sample search query for company identification:

("spinal cord injury" OR "traumatic brain injury" OR "CNS trauma" OR "axon regeneration" OR "neuroregeneration" OR "stroke" OR "brain injury") AND (neurology OR CNS OR "central nervous system" OR neurorepair)

NurExone’s innovative exosome platform for CNS injury presents strategic value both as a standalone asset and as a synergistic addition to companies invested in advanced RNA delivery or neurological regeneration.

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All results: AI → Report: Collaboration Potential

Collaboration Context:

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We are a biotech startup identifying potential acquirers mid- to long term

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Criteria:

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Find below context on who our exosome technology may be valuable.

NurExone Biologic is focused on developing an exosome-based drug platform targeting damage in the central nervous system (CNS), with initial emphasis on treating spinal cord injuries. Their patent portfolio demonstrates two complementary core themes: (1) methods and compositions for efficiently loading extracellular vesicles (exosomes) with therapeutic cargos—including carbohydrates and active agents—and (2) the application of RNA interference (RNAi) oligonucleotides (e.g., siRNA, shRNA) against molecular targets like PTEN or components of perineuronal networks. In the context of CNS injuries, PTEN inhibition has been shown to promote axon regeneration, while modulation of perineuronal networks is thought to enhance neuroplasticity and recovery after trauma[Source][Source]. Exosomes represent a promising delivery vehicle for these RNA modalities thanks to their ability to cross biological barriers and selectively target neural tissues[Source].

Indications where NurExone’s exosome platform could be particularly valuable include:

The recent publication on Merkel cell carcinoma is likely not directly related to their CNS-focused technology, but rather reflects broader research collaborations[Source].

Potential acquirer profiles:

  1. Larger biopharma companies with advanced neurology and CNS pipelines—especially those with programs in spinal cord injury, TBI, or regenerative neurology. Examples: Biogen, Roche/Genentech, Novartis, Eli Lilly, Johnson & Johnson.
  2. Pharma and biotech companies with significant investments in RNA therapeutics or exosome delivery platforms. Examples: Ionis Pharmaceuticals, Alnylam, Moderna, Exopharm, Codiak BioSciences.
  3. Device or regenerative medicine companies interested in combination therapies for CNS repair (e.g., Medtronic, Stryker for adjunct technologies).

Sample search query for company identification:

("spinal cord injury" OR "traumatic brain injury" OR "CNS trauma" OR "axon regeneration" OR "neuroregeneration" OR "stroke" OR "brain injury") AND (neurology OR CNS OR "central nervous system" OR neurorepair)

NurExone’s innovative exosome platform for CNS injury presents strategic value both as a standalone asset and as a synergistic addition to companies invested in advanced RNA delivery or neurological regeneration.

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Report Instructions:

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Report: