ELECTRONIC BIOSCIENCES, INC.
San Diego, CA · Medtech · Private
Fourth-generation nanopore-based DNA sequencing technology for ultra-high accuracy microsatellite detection in cancer diagnostics
electronicbio.com →- Grants
- $20M
- 44 awards
- Sector median: 1
- Raised
- —
- No Form D on record
- Contracts
- $21M
- 16 awards · Defense, Commerce, Environmental Prot
- #40 of 4531 in medtech
- Patents
- 8
- 1 granted · 7 pending
- Sector median: 2
Capital Timeline
Federal ↑Equity ↓2002200420062008201020122014201620182020202220242026
| Date | Event | Source | Amount |
|---|---|---|---|
| Federal contract | Department of Defense · 200312!001189!2100!MD17 !US Army Medical Research Acq ACT!DAMD1703C0085 !a!n! !n! !20030815!20041029!129852864!129852864!129852864!N!ELECTRONIC Biosciences Llc !5764 Pacific Ctr Blvd Ste !san Diego !CA!92121!66000!073!06!SAN Diego !san Diego !CALIFORNIA!+000000213603!N!N!000000213603!Q301!LABORATORY Testing Services !S1 !services !1000!NOT Discernable Or Classified !541710!E! !3! ! ! ! ! !99990909!B | $457,184 | |
| Federal contract | Department of Defense · 200612!000235!5700!FA9550!AFOSR/PK !FA955006C0006 !a!n! !y! ! !20051021!20071019!129852864!129852864!129852864!N!ELECTRONIC Biosciences Llc !5754 Pacific Center Blvd !san Diego !CA!92121!66000!073!06!SAN Diego !san Diego !CALIFORNIA!+000003818972!N!N!000011658889!AJ11!RDTE/PHYSICAL Sciences - Basic Research !S1 !services !000 !not Discernable !541710!E! !3! ! ! ! ! !999 | $12,067,432 | |
| Federal contract | Department of Defense · Research Contract | $492,879 | |
| Federal contract | Department of Commerce · SBIR Phase I Award | $89,974 | |
| Federal contract | Environmental Protection Agency · SBIR Phase I | $69,988 | |
| Federal contract | Department of Defense · Moldice | $1,438,638 | |
| Federal contract | Department of Commerce · Recovery SBIR Phase II Award TAS::13 0549::TAS Arra::yes::arra | $299,973 | |
| Federal contract | Department of Homeland Security · Demonstration Of 50KBASE Dna Sequencing By The Nanopore Current Blocking Method | $3,923,223 | |
| Federal contract | Department of Defense · Rapid Methylation Mapping Via 4TH Generation Sequencing/ Engineered Biomolecular Nano-devices/systems (moldice) Program. | $449,983 | |
| Federal contract | Department of Defense · SBIR C111-109-0018 - Development Of An In Vitro Assay As Correlate Of Passive Immune Protection Against Botulinum Neurotoxin To Minimize Use Of Whole Animal Testing | $1,149,937 | |
| Federal contract | Department of Commerce · Upgrade Of Systems 1&2 | $14,500 | |
| Federal grant | Department of Health and Human Services · Phase I · Bilayer Nanopore Integrated Assay | $179,651 | |
| Federal grant· 1 of 2 same day | Department of Health and Human Services · Phase I · Nanopore Enabled Exonuclease Sequencing | $224,997 | |
| Federal grant· 2 of 2 same day | Department of Health and Human Services · Phase I · Achieving Single Nucleotide Resolution to Enable DNA Flossing Through Alpha-Hemolysin | $224,980 | |
| Federal grant | National Science Foundation · Phase I · STTR Phase I: Multipass Sensing for Ultrahigh Resolution Particle Characterization | $225,000 | |
| Federal grant | Department of Health and Human Services · Phase II · The Bilayer Nanopore Integrated Assay for Complete Toxin Characterization, Phase II | $1,462,664 | |
| Federal contract | Department of Health and Human Services · Igf::ot::igf Nanoscale Tools For Rna Modification Sequencing | $248,077 | |
| Federal grant | Department of Health and Human Services · Phase II · The Bilayer Nanopore Integrated Assay for Complete Toxin Characterization, Phase II | $712,787 | |
| Federal grant | Department of Health and Human Services · Phase I · Obtaining High-Accuracy Consensus Sequences via Flossing | $277,130 | |
| Federal grant | Department of Health and Human Services · Phase I · Nanopore Based Exonuclease Enabled DNA Sequencing | $276,487 | |
| Federal grant | Department of Health and Human Services · Phase II · Exonuclease Epigenetic Sequencing | $276,492 | |
| Federal contract | Department of Health and Human Services · Igf::ot::igf Alternating-seq (moonshot) | $299,999 | |
| Federal grant | Department of Health and Human Services · Phase I · The Enzymatic Reader | $247,611 | |
| Federal grant | Department of Health and Human Services · Phase I · A Better Mechanism for Controlled Nanopore Translocation | $280,000 | |
| Federal grant | Department of Health and Human Services · Phase II · Exonuclease Epigenetic Sequencing | $1,794,809 | |
| Federal grant | National Science Foundation · Phase I · SBIR Phase I: Early Diagnosis of the COVID-19 Cytokine Storm via Point-of-Care Antibody Profiling | $256,000 | |
| Federal grant | Department of Health and Human Services · Phase I · RNA Sequencing Via Single Reverse Transcript Assessments | $279,999 | |
| Federal grant | Department of Health and Human Services · Phase I · N6-Methyl-2'-O-Methyladenosine Sequencing | $400,000 | |
| Federal grant | Department of Health and Human Services · Phase I · Nanopore Based Direct BAT-25 Microsatellite Sequencing | $280,001 | |
| Federal contract | Department of Commerce · Low Noise Amplifier | $50,255 | |
| Federal grant | Department of Health and Human Services · Phase I · Rapid, Multiplexed, Idealized Antiepileptic Drug Monitoring | $258,590 | |
| Federal grant | Department of Health and Human Services · Phase I · High-throughput, Multiplexed, Commercialized Ion Channel Drug Screening | $224,493 | |
| Federal grant | Department of Health and Human Services · Phase II · Exonuclease Epigenetic Sequencing | $896,993 | |
| Federal grant | Department of Health and Human Services · Phase I · Precise Length and 5-Methylcytosine Assessments of Repeat Sequences | $271,933 | |
| Federal contract | Department of Commerce · Ac + Dc Temperature Controlled System With Test Cell | $52,000 | |
| Federal grant | Department of Health and Human Services · Phase I · Fingerprinting Cancer via Multiparameter Extracellular Vesicle Analysis | $400,000 | |
| Federal grant | Department of Health and Human Services · Phase I · Long-lived Platform Development for Exonuclease-Based Sequencing | $399,999 | |
| Federal grant | Department of Health and Human Services · Phase I · The Nanopore-based Ion Selective Electrode Vial | $350,000 | |
| Federal grant | Department of Health and Human Services · Phase I · Comprehensive Botulinum Characterization via the Bilayer Nanowell Integrated Assay | $400,000 | |
| Federal grant | Department of Health and Human Services · Phase I · Exonuclease Based Microsatellite Sequencing | $400,000 | |
| Federal grant | Department of Health and Human Services · Phase II · Nanoscale Tools for Inosine Sequencing | $2,000,000 | |
| Federal grant | Department of Health and Human Services · Phase I · Two readers for RNA | $393,972 | |
| Federal grant | Department of Health and Human Services · Phase I · Dual Reader Protein Sequencing | $394,141 | |
| Federal grant | Department of Health and Human Services · Phase I · Sequencing the Mono-Methylated Derivatives of Cytidine | $400,000 | |
| Federal grant | Department of Health and Human Services · Phase II · Nanoscale Tools for Inosine Sequencing | $1,000,000 | |
| Federal grant | Department of Health and Human Services · Phase I · Point-of-Care Multiplexed Immunosuppressant Monitoring | $300,000 | |
| Federal grant | Department of Health and Human Services · Phase I · Controlled Protein Translocation in Nanopores for Sequencing Applications | $393,486 | |
| Federal grant | Department of Health and Human Services · Phase I · Point-of-Care Assay for Type 1 Diabetes Diagnosis and Prognostication | $284,517 | |
| Federal grant | Department of Health and Human Services · Phase I · Microsatellite Instability Sequencing via Single-Molecule DNA Re-Reading | $400,000 | |
| Federal grant· 1 of 2 same day | Department of Health and Human Services · Phase I · Nanopore Array for Multiparameter Analysis of Single Extracellular Vesicles | $349,996 | |
| Federal grant· 2 of 2 same day | Department of Health and Human Services · Phase I · Nanopores for Processing Proteins | $407,291 | |
| Federal grant | Department of Health and Human Services · Phase I · Re-Reading RNA to Obtain High Accuracy | $347,026 | |
| Federal grant | Department of Health and Human Services · Phase I · Fourth-Generation Nanopore-Assisted Sequencing for Advanced Oncological Analyses | $400,000 | |
| Federal contract | Department of Health and Human Services · Topic 455: Ideal At-home Prostate Specific Antigen (psa) Testing | $389,535 | |
| Federal grant | Department of Health and Human Services · Phase I · Next-Generation Cardiovascular Risk Assessments Via State-Of-The-Art Lipoprotein Characterization | $400,000 | |
| Federal grant | Department of Health and Human Services · Phase I · Rapid Fingerstick Diagnostics for Opioid and Stimulant Use Disorders | $386,452 | |
| Federal grant | Department of Health and Human Services · Phase I · High-Resolution Pseudouridine and m6A Sequencing Through Advanced Nanopore Adduct Analysis | $350,000 | |
| Federal grant | Department of Health and Human Services · Phase I · Direct Proteolytic Machine Assessments for Unfolding and Sequencing Proteins | $350,000 | |
| Federal grant | Department of Health and Human Services · Phase I · SpinSeq | $383,482 |
Federal grant · SBIR/STTRFederal contract · USAspending
Peer position
| # | Company | Contracts | Disclosed equity |
|---|---|---|---|
| 37 | Pattern Bioscience, Inc. | $23M | $83M |
| 38 | Nano Terra, Inc. | $22M | $26M |
| 39 | VCOM3D INC | $22M | — |
| 40 | ELECTRONIC BIOSCIENCES, INC. | $21M | — |
| 41 | Electro Standards Laboratory, Inc. | $20M | — |
| 42 | EXACT SCIENCES CORP | $19M | $8.2M |
| 43 | CERES NANOSCIENCES | $18M | $8.0M |
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
- Cell-free Assay Device And Methods Of Usegranted
- Nanopore/nanowell Electrode Enabled Exonuclease Sequencingapplication
- System And Method For Increasing Polymer/nanopore Interactionsapplication
- System And Method To Improve Sequencing Accuracy Of A Polymerapplication
- Method And Apparatus For Single Side Bilayer Formationapplication
- Controlled Translocation Of A Polymer In An Electrolytic Sensing Systemapplication
- Apparatus And Method For Sensing A Time Varying Ionic Current In An Electrolytic Systemapplication
- Method And Apparatus For Sensing A Time Varying Current Passing Through An Ion Channelapplication
Regulatory activity · Medtech
- New Animal Drugs; Approval of New Animal Drug Applications; Withdrawal of Approval of New Animal Drug Application; Change of SponsorFood and Drug Administration
- Medical Devices; General and Plastic Surgery Devices; Classification of the Skin Patch for Treatment of HyperhidrosisFood and Drug Administration
- Medical Devices; Anesthesiology Devices; Classification of the Monitor for Opioid Induced Impairment of OxygenationFood and Drug Administration
- Medical Devices; Orthopedic Devices; Classification of the Medial Knee Implanted Shock AbsorberFood and Drug Administration
- Medical Devices; Neurological Devices; Classification of the External Lower Extremity Nerve Stimulator for Restless Legs SyndromeFood and Drug Administration
- Medical Devices; General Hospital and Personal Use Devices; Classification of the Infant Supine Sleep SystemFood and Drug Administration
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