EMMUNE INC

Juno Beach, FL · Biotech · Private

eCD4-Ig, an antibody-based therapeutic that fuses CD4 domains and an HIV coreceptor-mimetic sulfopeptide to an antibody Fc region for HIV treatment and prevention

emmune.bio →
Grants
$24M
31 awards
Sector median: 1
Raised
—
No Form D on record
Contracts
—
No federal contracts on record
Patents
13
2 granted · 11 pending
Sector median: 2

Capital Timeline

Federal above the line · equity below · node area scaled to amount
Capital and federal award history
DateEventSourceAmount
Federal grantDepartment of Health and Human Services · Phase I · Development of a synthetic antibody based on the HIV receptor and co-receptor that is optimized for highly efficient killing of HIV-infected cells by ADCC$223,934
Federal grantDepartment of Health and Human Services · Phase II · Which Isotype Of ECD4-IG Most Effectively Suppresses Virus Replication?$298,193
Federal grant· 1 of 2 same dayDepartment of Health and Human Services · Phase II · Which Isotype Of ECD4-IG Most Effectively Suppresses Virus Replication?$937,245
Federal grant· 2 of 2 same dayDepartment of Health and Human Services · Phase II · Which Isotype Of ECD4-IG Most Effectively Suppresses Virus Replication?$1,935,908
Federal grantDepartment of Health and Human Services · Phase II · Development of AAV vectors for long-term expression of eCD4-Ig$299,239
Federal grantDepartment of Health and Human Services · Phase I · Cpf1-mediated inactivation of an AAV transgene$300,000
Federal grantDepartment of Health and Human Services · Phase II · Which Isotype Of ECD4-IG Most Effectively Suppresses Virus Replication?$998,663
Federal grantDepartment of Health and Human Services · Phase II · Development of AAV vectors for long-term expression of eCD4-Ig$999,959
Federal grantDepartment of Health and Human Services · Phase II · Development of AAV vectors for long-term expression of eCD4-Ig$999,675
Federal grantDepartment of Health and Human Services · Phase II · Improving the pharmacokinetics, potency, and immunogenicity of eCD4-Ig$300,000
Federal grantDepartment of Health and Human Services · Phase II · Improving the pharmacokinetics, potency, and immunogenicity of eCD4-Ig$886,103
Federal grantDepartment of Health and Human Services · Phase II · Development of AAV vectors for long-term expression of eCD4-Ig$999,443
Federal grantDepartment of Health and Human Services · Phase II · Engineering AAV capsids for enhanced transduction of skeletal muscle$292,899
Federal grantDepartment of Health and Human Services · Phase II · Engineering AAV capsids for enhanced transduction of skeletal muscle$32,101
Federal grantDepartment of Health and Human Services · Phase II · Improving the pharmacokinetics, potency, and immunogenicity of eCD4-Ig$870,946
Federal grantDepartment of Health and Human Services · Phase II · Glycoengineering eCD4-Ig$300,000
Federal grantDepartment of Health and Human Services · Phase II · Engineering AAV capsids for enhanced transduction of skeletal muscle$1,012,172
Federal grant· 1 of 2 same dayDepartment of Health and Human Services · Phase II · Glycoengineering eCD4-Ig$974,663
Federal grant· 2 of 2 same dayDepartment of Health and Human Services · Phase II · Glycoengineering eCD4-Ig$1,974,663
Federal grantDepartment of Health and Human Services · Phase II · Improving the pharmacokinetics, potency, and immunogenicity of eCD4-Ig$907,386
Federal grantDepartment of Health and Human Services · Phase II · SARS-CoV-2 vaccines based on RBDs with engineered glycosylation sites$300,000
Federal grantDepartment of Health and Human Services · Phase II · Process development for manufacturing eCD4-Ig$299,998
Federal grantDepartment of Health and Human Services · Phase I · Process development for manufacturing eCD4-Ig$299,998
Federal grantDepartment of Health and Human Services · Phase II · Glycoengineering eCD4-Ig$1,000,000
Federal grantDepartment of Health and Human Services · Phase II · Engineering AAV capsids for enhanced transduction of skeletal muscle$1,012,172
Federal grantDepartment of Health and Human Services · Phase II · SARS-CoV-2 vaccines based on RBDs with engineered glycosylation sites$1,000,000
Federal grantDepartment of Health and Human Services · Phase II · Glycoengineering eCD4-Ig$974,661
Federal grantDepartment of Health and Human Services · Phase II · SARS-CoV-2 vaccines based on RBDs with engineered glycosylation sites$1,000,000
Federal grantDepartment of Health and Human Services · Phase I · IND-enabling studies for eCD4-Ig as a long-acting recombinant protein therapeutic$300,000
Federal grantDepartment of Health and Human Services · Phase II · SARS-CoV-2 vaccines based on RBDs with engineered glycosylation sites$1,000,000
Federal grantDepartment of Health and Human Services · Phase II · Process development for manufacturing eCD4-Ig$999,997
Federal grant · SBIR/STTR

Peer position

Biotech · 4373 companies · ranked on federal contract value
Biotech companies ranked by federal contract value
#CompanyContractsDisclosed equity
1107VAXNEWMO, LLC——
1108EUGIT THERAPEUTICS, INC.——
1109Proximity Biosciences LLC——
1110EMMUNE INC——
1111EPPIN PHARMA, INC.——
1112DiaMedica Therapeutics Inc.—$110M
1113JUN INNOVATIONS INC——

Ranked on federal contract value rather than capital raised. The equity column is the comparison worth making — companies at the same procurement position often sit at very different points in their funding history.

Patents

USPTO · 2 granted of 13
  • ACE2 Muteins And Methods Of Using The Samegranted
  • CD4 Muteins And Methods Of Using The Sameapplication
  • CD4 Muteins And Methods Of Using The Samegranted
  • Scaffolded Antigens And Engineered SARS-COV-2 Receptor-binding Domain (rbd) Polypeptidesapplication
  • ACE2 Muteins And Methods Of Using The Sameapplication
  • ACE2 Muteins And Methods Of Using The Sameapplication
  • ACE2 Muteins And Methods Of Using The Sameapplication
  • CD4 Muteins And Methods Of Using The Sameapplication
  • Systems For Nucleic Acid Transferapplication
  • Systems For Nucleic Acid Transferapplication
  • Systems For Nucleic Acid Transferapplication
  • Scaffolded Antigens And Engineered SARS-COV-2 Receptor-binding Domain (rbd) Polypeptidesapplication

Regulatory activity · Biotech

Sector-level, not company-level

Rules are matched to sector, not to company. Recent activity in a sector is context rather than a signal about this business — until rules are matched to what a company actually builds, the section is shown as context and nothing more.