Comparables matrix
Place each RI asset in national market and financing context. Click an asset ID for the full dossier; comp names link to third-party sites.
| Asset | Market / SAM | Comparables | Comp financing | RI path | RI round |
|---|---|---|---|---|---|
| ip_iaip_neonatal IAIP biologics & rapid LFIA for sepsis/NEC/HIE | Sepsis diagnostics is marching toward ~$1.8B globally by 2030 (Grand View Research), with neonatal sepsis called out as a high-mortality segment where faster biomarkers beat culture turnaround. Host-response platforms like MeMed (>$200M raised) and biologic players like Inotrem (Phase 3) show investors will fund both Dx and therapy in the NICU. Neonatal sepsis: IAIP biologic + rapid LFIA at the bedside—not another 48-hour blood culture workflow. | Inotrem €39–58M B; MeMed >$200M | SBIR → Series A | $5–10M A | |
| ip_ecm_morsels_xm Lab-grown decellularized ECM morsels (injectable matrix therapy) | Cardiac remodeling and injectable matrix therapies sit inside a multi-billion regenerative cardiology wave—Heartseed (~$41M Series B, 2024) and historical Ventrix matrix programs validate investor appetite for preclinical→IND cell/matrix plays. XM Therapeutics already proved a Slater-backed RI path for injectable ECM in Providence. Injectable ECM morsels for ventricular remodeling—Brown/XM field-of-use and large-animal PoC are the gates. | Heartseed ~$41M B (2024) | Slater $375K → large-animal → A | $15–30M A | |
| ip_nanopieces_rna Nanopieces non-viral RNA / nanocarrier delivery | Genetic medicines are a trillion-dollar narrative, but the venture heat is in delivery: extrahepatic LNPs are forecast toward ~$4.7B by 2030 (Research and Markets, ~21% CAGR) as siRNA and gene editors escape liver-only tropism. Aera’s $193M raise is the comp; Generation Bio’s restructuring is the cautionary tale on non-viral scale-up. NanoDe non-viral RNA particles—ortho/cartilage first, extrahepatic positioning vs liver-default LNPs. | Aera $193M; Eascra ~$2.2M grants; GBIO → XOMA 2025 | STTR → Slater $200–400K + match → A | $1–3M total seed | |
| ip_chitinase_ocf203 Chitinase-1 inhibition for pulmonary fibrosis (OCF-203 family) | IPF pharmacotherapy is a ~$5–7B global market by 2030 (Grand View Research / TBRC) with entrenched antifibrotics—and fresh pain when programs like Pliant’s bexotegrast halt. CHIT1/CHI3L1 biology offers a differentiated anti-fibrotic angle if tox and biomarker strategy are crisp. CHIT1/CHI3L1 small-molecule or biologic for fibrosis—license-first path after P01-enabling data. | Pliant public; bexotegrast halted 2025 | License diligence → seed newco | Slater $200–400K + match | |
| ip_dendritic_ad_mindimmune Peripheral dendritic-cell blockade for Alzheimer's (MITI-101) | Alzheimer’s therapeutics is re-rating: analysts peg ~$9–15B by 2030 as anti-amyloid biologics and early Dx reshape the funnel (Grand View Research; FDA cleared first blood p-tau test in 2025). Peripheral innate blockade (MindImmune $30M Series A, 2025) competes in a market where mechanism and trial design matter as much as TAM. Peripheral innate immune blockade for AD—Brown spinout adjacent to MindImmune’s CNS-penetrant path. | MindImmune $30M A; Alector $100M+ | Post-A → Phase 1 FIH | Co-invest | |
| ip_wireless_neurograins Wireless neurograins & distributed cortical implants | Brain–computer interfaces are scaling from lab curiosity to ~$4.7B by 2030 (~14% CAGR, The Business Research Company) as assistive communication and neuromodulation go clinical. WEF cites ~$6.2B by 2030 with invasive clinical BCIs and consumer EEG both pulling capital. Wireless neurograin mesh for distributed cortical recording—DARPA heritage, Brown neuroengineering. | Paradromics ~$121M; Blackrock $200M | DARPA $19M → OTL spinout | Slater $200–400K + match (+ SPV) | |
| ip_speech_tablet_ibci Speech decoding & multi-device tablet iBCI | Speech neuroprosthetics ride the same BCI tailwind (~$5B+ 2030, Emergen/WEF) but the nearer commercial proof points are tablet-based AAC and speech-BCI hybrids (Blackrock/BrainGate ecosystem). Stroke and ALS prevalence keep payer interest in communication restoration high. Tablet speech BCI for paralysis—decoding + AAC interface with lower surgical burden than full implants. | Synchron ~$345M | U01/VA → FOU SPV | $3–8M SPV | |
| ip_spinal_isi_dbs Intelligent spinal interface & closed-loop DBS facilitation | Spinal cord injury neuromodulation sits inside the broader neuromodulation and neurotech spend (BCI ~$4–6B 2030; spinal stimulation devices multi-billion medtech). ISI-triggered DBS concepts target autonomic and motor recovery niches where epidural stimulation has shown clinical signals. ISI-pattern spinal DBS for SCI autonomic/motor goals—device + algorithm package for neurosurgical partners. | ONWARD €50M 2024 | ISI IDE → license/SPV | SPV / strategic | |
| ip_biglycan_msk Biglycan musculoskeletal & neuromuscular regeneration | Duchenne and broader neuromuscular rare disease drugs are exploding toward ~$5–10B by 2030 (Grand View Research; gene therapy approvals like Elevidys reset pricing and access). Biglycan biology targets utrophin upregulation—a complement to exon-skipping and gene therapy, not a me-too steroid. Biglycan-mediated utrophin upregulation for DMD—orphan biologic path with clear genetic stratification. | Sarepta commercial; Solid restructure | Academic → newco | Slater $200–400K + match | |
| ip_tregitope_immunomod Tregitope regulatory T-cell epitope therapeutics | Vaccine and immunomodulation platforms remain a ~$50B+ fragmented global market, but venture checks flow to de-risked adjuvant and tolerance mechanisms with human ex vivo data. EpiVax Tregitope science anchors computational immunogenicity—a licensable wedge for biologics and vaccine sponsors. Tregitope tolerogenic peptides—partner licenses for immunogenicity reduction, not standalone vaccine SKU. | ABCL ~$555M IPO; ABSI + AZ $247M | SBIR/U01 → spinout/strategic | Growth / strategic | |
| ip_neural_decoding_legacy Core neural signal decoding & cortical interface (Donoghue era) | Neural decoding IP bundles into the same BCI/SaMD opportunity (~$5B 2030) where acquirers pay for speech and motor decoding libraries ahead of full device approvals. Legacy Brown decoding patents are option value for neurotech strategics. Legacy neural decoding patent package—out-license to speech-BCI or neuromodulation platforms. | N/A (royalty) | Royalty / FOU only | N/A | |
| ip_osteopearl_vcf_lenoss Biological kyphoplasty / VCF — OsteoPearl cortical allograft & Elevoss cavity system | Vertebral compression fractures affect hundreds of thousands of patients annually in the U.S. alone; kyphoplasty/vertebroplasty devices and bone cements remain a steady medtech lane with Lenoss as the RI commercial anchor. Reimbursed procedures and ASC migration keep interest in differentiated cement/pearl technologies. OsteoPearl VCF technology—RI-based Lenoss commercialization vs commodity kyphoplasty cement. | Lenoss ~$4M A | Registry + scale | Growth | |
| ip_af_mapping_ai AI-guided atrial fibrillation ablation mapping (VX1) | Atrial fibrillation ablation is a growth procedure set: AF surgery/ablation markets forecast ~$5–13B by 2030 depending on scope (GII / Grand View ablation catheters ~$12B). CDC projects ~12.1M Americans with AF by 2030—mapping AI that shortens fluoro time has clear hospital economics. AI-assisted AF substrate mapping—hospital efficiency play on top of EP ablation volume growth. | Volta >€90M | Commercial expansion | Growth VC | |
| ip_genomics_hans Hybridization-assisted nanopore / electronic genome mapping | Structural variant detection is the gap NGS still struggles with; optical genome mapping is ~$200M today heading toward ~$566M by 2031 (Mordor Intelligence, ~23% CAGR). Nabsys electronic mapping (Hitachi-backed) competes on cost and resolution vs optical leaders like Bionano. Nabsys electronic genome mapping—strategic exit/licensing, not Slater-style de novo startup. | Bionano $30.8M FY24; Hitachi 2024 | Hitachi pull-through | M&A / royalty | |
| ip_ect_ophthalmology Encapsulated cell therapy for retinal degeneration (CNTF) | Retinal and anterior-segment device markets remain niche but durable: ECT-related ophthalmic platforms target surgical efficiency and outcomes in cataract/vitreoretinal workflows where single-product medtech exits are common. RI angle is license to an established ophthalmic commercial partner. Electro-chemical ophthalmic technique—partner license after clinical utility and regulatory class clarity. | Private commercial | J3403 commercial | Royalty / M&A | |
| gap_smurf2_oncology SMURF2–HIF1α oncology | HIF pathway drugs went commercial with belzutifan (Welireg) in VHL-associated tumors, proving renal cell and HIF biology can support premium oncology pricing. SMURF2 sits adjacent as a degradation-pathway target—venture interest follows if biomarker-selected solid tumor PoC emerges. SMURF2 oncology target—Brown biology; needs biomarker-defined tumor PoC before Series A scale. | Welireg commercial scale | SMURF-Tx spinout | Slater $200–400K + match | |
| gap_soma_dtx SOMA interoception / pain digital therapeutic | Digital chronic pain therapeutics are projected toward ~$15–22B by 2033 (Growth Market Reports, ~17–19% CAGR) as payers seek non-opioid, scalable behavioral + sensor programs. FDA’s expanding DTx precedent lowers regulatory risk versus novel small molecules. SOMA digital pain program—Brown/RI clinical validation then reimbursement-first commercialization. | Kaia $125M; Pear Ch.11 2023 | Carney → spinout | Seed post-pilot | |
| ip_monaghan_deep_rna_dx Deep RNA transcriptomic ICU diagnostics (host + pathogen) | Blood-based Alzheimer’s diagnostics are the fastest-moving Dx lane: ~$530M by 2033 (~17% CAGR, Grand View Research) after FDA’s 2025 clearance of plasma p-tau/Aβ ratio tests. Deep RNA signatures from whole blood compete on workflow fit for health-system screening. Deep RNA blood panel for AD risk/stratification—Monaghan lab science vs plasma protein incumbents. | Karius / Day Zero $100M+; MeMed host-response >$200M | RIH license → physician-founder spinout → Slater $200–400K + match | $3–8M seed | |
| gap_christensen_epigenetics HiTIMED / immune epigenetic deconvolution | Tumor microenvironment and epigenetic reprogramming are core IO themes—biomarker licensing and platform deals (not single-asset Ph3) dominate early academic oncology. Pharma pays for validated patient-selection signatures that de-risk combination trials. Christensen TME epigenetics—signature licensing to IO sponsors, not standalone drug launch. | Software / reagent models | OTL stratification deal | Upfront + milestones | |
| ip_bolden_musk_neurogenesis MuSK-pathway ASO neurogenesis (Bolden Therapeutics) | Neurogenesis and CNS biologics ride the AD therapeutics expansion (~$10B+ 2030) and broader neurodegeneration spend, but capital is selective post-anti-amyloid rollercoaster. ASO/small-molecule neurorestoration requires crisp target biology and biomarker strategy. MUSK-pathway neurogenesis modulators—Bolden lab CNS assets for license or disciplined seed. | Slater + $1.5M pre-seed; NIA $500K STTR | Bolden: Brown license → NIA STTR → Slater | Slater $200–400K + match | |
| ip_pax_aav_vegf_tendon AAV2–VEGF gene therapy for tendon & ligament repair (PAX-001) | Soft-tissue injury burden is massive—~17M U.S. tendon/ligament injuries annually with multi‑tens‑of‑billions in indirect cost—while biologic ortho plays (PRP, allograft, gene therapy) consolidate. Local AAV-VEGF for tendon healing is a high-differentiation biologic if delivery and expression are controlled. PAX3-driven AAV-VEGF tendon repair—preclinical ortho biologic with gene therapy regulatory path. | ~$1.7M seed; RILSH LIFT | RIH spinout → IND → sports/ortho KOL | $5–15M Series A post-IND | |
| ip_oncolux_lumis LUMIS optical theranostics — intraoperative see-and-treat oncology | Fluorescence-guided surgery systems are forecast to ~$424M by 2034 (~13.5% CAGR, Insight Partners) as oncology resections demand better margins; intraoperative PDT adds a therapeutic layer NCI is actively trialing in colorectal recurrence. Dual FGS+PDT is the differentiated RI story. OncoLux Lumis FGS + intraoperative PDT—resection guidance plus residual-tumor kill in one workflow. | RILSH attraction (undisclosed per co.) | CT→RI → Mayo collaboration → growth | Growth equity / strategic | |
| gap_ni2o_kiwi_bci KIWI wireless micro-implant BCI (ni2o) | Non-invasive BCI and neuromodulation for sleep/apnea and related conditions tap the same ~$5–6B BCI TAM (WEF / TBRC) but with consumer-grade form factors and shorter regulatory paths than implanted cortical arrays. Strategics buy optionality on EEG/fNIRS hybrids. N₂O/Kiwi non-invasive neurostimulation—wellness/clinical niche before invasive BCI capital intensity. | ~$1.3M cited (verify) | Providence HQ; FTO vs Brown BCI | Strategic / large seed if RI IP found | |
| gap_levine_pediatric_sepsis Wearable pediatric sepsis ML (Levine / Garbern) | Hospital sepsis early-warning and AI prediction markets are racing toward ~$1.5–2.4B by 2030–33 (Research and Markets; MarketIntel) as health systems chase mortality and ICU cost avoidance. Pediatric wearables + ML are under-served vs adult Epic-integrated rules engines. Pediatric sepsis wearable + ML—prospective Bangladesh ICU data as bridge to U.S. SaMD pilot. | Enterprise health IT | Brown/RIH → digital health spinout | Grant-first; Slater after SaMD path | |
| gap_uri_phlip_lnp PHLIP peptide–LNP nucleic acid & STING delivery (URI) | Tumor-selective delivery is the bottleneck for innate agonists and genetic payloads: extrahepatic LNP platforms are projected ~$4.7B by 2030 (~21% CAGR). PHLIP’s acid-targeted insertion is a mechanistic alternative to ligand-decorated LNPs (Aera $193M comp). URI PHLIP peptide delivery for LNP/STING—acid microenvironment selectivity vs systemic liver uptake. | Aera $193M; pHLIP clinical imaging path | URI OTL → RI genetic-medicine spinout | Slater $200–400K + match | |
| gap_rih_salivary_ev_ad Salivary EV biomarkers for Alzheimer's disease (RIH) | Alzheimer’s blood diagnostics (~$530M by 2033, Grand View Research) just gained FDA legitimacy; salivary EV RNA is the next comfort-and-cost frontier versus plasma draws. Quanterix and C2N prove Dx platforms can raise $200M+ when biomarkers align with therapy trials. Salivary EV liquid biopsy for AD—non-invasive sample type with R01AG074284 analytical backbone. | Public Dx platforms; C2N VC path | RIH/Brown license → Dx spinout | $3–8M seed | |
| gap_rih_bx912_pulmonary_htn BX-912 for pulmonary hypertension (RIH) | PAH pharmacotherapy is an ~$8–13B global market by 2030 (Grand View / Strategic Market Research) reshaped by 2024’s first-in-class biologic approval (sotatercept). Small-molecule entrants need clear differentiation vs entrenched prostacyclin and ERA pathways. BX-912 small-molecule PH—RIH PCT asset; crowded market but visible regulatory benchmarks. | Approved PAH benchmarks | RIH license → cardio therapeutics | Seed / Series A | |
| gap_rih_pahtn_dx PAH / sudden cardiac death diagnostics (RIH) | Cardiopulmonary risk stratification benefits from AF and PAH procedure growth (~$5B+ ablation TAM; PAH drugs ~$8B+). AI-augmented Dx (Eko $125M+) shows hospitals pay for earlier structural heart and PH signals in outpatient workflows. PAH/SCD diagnostic panel—mature RIH patent family; retrospective→prospective validation drives value. | Cardio Dx VC / public comps | RIH diagnostic license | License or seed Dx | |
| gap_rih_bbb_nucleic_delivery BBB-crossing nucleic acid delivery (RIH) | CNS genetic medicines are strategic for every large pharma, while BBB delivery remains the gating risk—Denali ATV and Voyager partnerships show billions flow to platforms that crack CNS exposure. Nucleic acid BBB tech is license/option economics, not retail therapeutics day one. RIH BBB nucleic-acid delivery—rodent PoC then gene-therapy partnership, not standalone pill. | Strategic CNS delivery deals | RIH → pharma option/license | Upfront / option | |
| gap_rih_motile_cell_msk Motile injectable cell for MSK repair (RIH) | Orthobiologics is a ~$7–10B global market by 2030 (Grand View / Mordor) fueled by sports injury, aging joints, and stem-cell/PRP adoption. Meniscus injury drives PTOA downstream costs—programs with NIAMS backing (R01AR080726) signal credible regenerative science. Motile injectable cell therapy for meniscus/MSK—distinct from XM ECM morsels; large-animal gate next. | Public orthobiologics comps | RIH spinout after NIAMS-funded PoC | $5–15M Series A | |
| gap_rih_ecm_joint_repair Biomimetic ECM for joint tissue repair (RIH) | Joint repair and injectable matrices sit in the same orthobiologics growth (~5–6% CAGR to ~$8–10B 2030) where XM Therapeutics already validated RI Slater path. Field-of-use clarity vs Brown/XM OTL is the commercial unlock. Biomimetic ECM joint repair—RIH license only if FOU clears against XM injectable morsels. | XM Slater-backed RI precedent | RIH license if FOU clear | Slater $200–400K + match | |
| gap_rih_enhancer_rna_glioma Enhancer RNA targeting for primary brain tumors (RIH) | Adult malignant glioma therapeutics head toward ~$4–5B by 2030 (~8–10% CAGR; GII/TBRC) with GBM still dominated by surgery, TMZ, and TTFields. eRNA mechanisms are early but fit the push for non-coding targets and precision neuro-oncology. Enhancer RNA–targeted glioma therapy—Tapinos-led RIH/Brown science; IND-enabling is years out. | Neuro-onc public/clinical comps | RIH → neuro-onc biotech | Series A | |
| gap_rih_lpa_therapeutic Lp(a)-lowering therapeutic approach (RIH) | Lp(a) lowering is the next cardiovascular frontier: analysts model ~$3–11B therapeutic potential if outcomes trials succeed (HORIZON/OCEAN(a) readouts expected mid‑2020s). No approved Lp(a)-specific drug yet—RIH assets compete for pharma option dollars, not retail launch. RIH Lp(a)-lowering approach—strategic license vs Novartis pelacarsen / Amgen olpasiran Phase 3 leaders. | Big-pharma Lp(a) programs | RIH license → pharma option | Strategic / Series A |