Memorandum

Type 1 diabetes cures and prevention competitive landscape – May 31, 2023

  • May 31, 2023 update: We have updated our Type 1 diabetes cures and prevention competitive landscape following several key advances in the field throughout 2022 and 2023.
    • Most recently, Seattle-based Sana Biotechnology announced the publication of preclinical data in Science Translational Medicine and Nature Biotechnology, showing that its hypoimmune primary human pancreatic islet cells, genetically engineered with CRISPR, successfully evaded immune rejection and normalized glucose levels in immunocompetent type 1 diabetes mouse models, and its hypoimmune induced pluripotent stem cells survived in immunocompetent non-human primate models. Specifically, edited hypoimmune pluripotent (HIP) stem cell-derived primary rhesus macaque islets survived for 40 weeks in an allogeneic rhesus macaque recipient without immunosuppression, whereas unedited islets were quickly rejected. In diabetes mice models, human HIP cells survived for four weeks and steadily reduced fasting hyperglycemia. An investigator-sponsored trial testing these cells in patients with T1D is expected to initiate later this year. Sana aims to file an IND in 2024 for SC451, its hypoimmune stem cell-derived islet cell therapy.
    • Vertex and CRISPR Therapeutics announced a licensing agreement in March 2023 supporting Vertex’s hypoimmune cell therapy program in type 1 diabetes. Vertex will pay CRISPR Therapeutics $100 million upfront in exchange for non-exclusive rights to CRISPR Therapeutics’ CRISPR/Cas9 gene editing technology. CRISPR Therapeutics is eligible to receive an additional $230 million milestones and royalties.
    • Also in March 2023, Vertex announced the FDA clearance of its IND application for VX-264, its novel encapsulated cell therapy to treat type 1 diabetes – a potential major step forward given it does not require chronic immunosuppression. VX-264 encapsulates the same insulin-producing islet cells in the VX-880 program in a device that shields them from the immune system, potentially eliminating the need for immunosuppression. A trial is already ongoing in Canada, the US arm is expected to initiate in the first half of 2023.
    • Calcium-channel blocker verapamil was shown in the JDRF-funded CLVer trial to preserve stimulated C-peptide levels at 52 weeks in newly diagnosed pediatric type 1 diabetes, as presented at ATTD 2023. Overall, stimulated C-peptide levels in the verapamil group (n=47) were 30% higher compared to placebo (n=41) at 52 weeks (p=0.04), showing that verapamil had partially preserved beta cell function. Meanwhile, there was no significant difference in stimulated C-peptide levels between AID users and non-users, despite significant glycemic benefits in the AID group (TIR 78%) vs the CGM/no AID group (TIR 64%).
    • Provention Bio’s teplizumab was approved as Tzield in November 2022 to delay the progression to type 1 diabetes, following a lengthy regulatory journey and a partnership with Sanofi announced earlier this fall. The landmark approval signifies an important step forward for the field of type 1 diabetes cures and prevention and raises key implications for population screening of autoantibodies.
    • Also shaking up the field was Vertex’s $320 million acquisition of ViaCyte in July 2022. The acquisition came just one week after the FDA lifted the clinical hold on Vertex’s VX-880 trial and followed additional results shared from the first patient in May 2022. At ADA 2022, we saw new CGM and Time in Range data from the first two patients on VX-880, with patient 1 achieving insulin independence and a TIR of 99.9% at day 270.
    • Sernova announced positive preliminary phase 1/2 results for it’s Cell Pouch device.
    • Arizona-based biotechnology company, Creative Medical Technology Holdings, received approval in February 2023 from the Western Institutional Review Board to proceed with its phase 1/2 trial for treating new onset type 1 diabetes with its cell therapy program, CELZ-201. In November 2022, the company received FDA clearance of its IND application for this program. In May 2023, the company announced that its partner, Greenstone Biosciences, has successfully developed a human induced pluripotent stem cell (iPSC) pipeline for the company's ImmCelz platform. Additionally, in April 2023, the company announced positive one-year results for its cell therapy program CELZ-001 in type 2 diabetes.
    • Elsewhere, we’ve seen additional investment and partnerships in the type 1 diabetes cures space by pharmaceutical giants and smaller companies alike, including Novo Nordisk, EVOQ Therapeutics, Genprex, and Kriya Therapeutics. Other therapies in development include glucose responsive insulin, additional beta cell replacement therapies, and oral insulin.
  • The table below includes an overview of the competitive landscape for type 1 diabetes cure or prevention therapies.  It includes all the companies we are aware of with projects in development for beta cell replacement, immune therapy, or other approaches with the aim of preventing, delaying, slowing, or curing type 1 diabetes. We will continuously update the table as timelines change. Our glucose-responsive insulin and automated insulin delivery competitive landscapes are hosted on separate pages.

Beta Cell Encapsulation

Company

Product

Type

Status

Timeline

Vertex

VX-264

Device encapsulation of VX-880 cells to eliminate the need for immunosuppression

Phase 1

FDA cleared IND in March 2023; trial in Canada ongoing and US trial expected to initiate in 1H23

ViaCyte

PEC-Direct/VC-02

Direct vascularization, requires immunosuppressive therapy

Phase 1/2

Acquired by Vertex for $320 million in July 2022; Preliminary data from phase 2 study published December 2021 and shared at ADA Scientific Sessions in June 2021, additional patient data expected in 3Q22; Preliminary phase 1/2 data presented at Cell & Gene Meeting on the Mesa in October 2019, company plans to seek RMAT designation in 2H20; “On track” to have a Regenerative Medicine Advanced Therapy (RMAT) designation from FDA as of JPM 2020; European clinical program initiated January 2019; Phase 1/2 trial initiated August 2017, expected to complete December 2020; Phase 3 was expected to initiate mid-2018 with approval projected for 2020 or beyond; Proof-of-efficacy now expected mid-2019

ViaCyte

PEC-Encap/VC-01

Macroencapsulation, no direct vascularization

Phase 1/2

Anticipate launching clinical study under a new protocol for VC-01 in 2022; Data in 2021 provided learnings applied to guide optimization of approach, existing study protocol closed; ViaCyte and Gore enter clinical phase agreement for membrane technology in August 2020, clinical evaluation “resumed”; Data from new Gore device expected in coming months from JPM 2020Phase 1/2 trial initiated in 2014; Clinical development halted due to issues with FBR, but expected to resume in 1H19

Sernova

Cell Pouch System (CPS)

Microencapsulation within vascularized tissue matrix

Phase 1/2

Sernova and Evotec on track to initiate clinical testing of the first iPSC-derived islets in cell pouch as of January 2023, with regulatory filing in T1D w/ severe hypoglycemia slated for 2024; First two patients dosed with 10-channel cell pouch in second cohort of its phase 1/3 trial in November 2022; Preliminary phase 1/2 results presented at ADA 2022, showing persistent C-peptide levels, insulin independence and achievement of normoglycemia in first three patients; five out of seven patients enrolled in phase 1/2 trial, full enrollment on track for 1Q21 as of November 2020; Sernova partners with Evotec to commercialize stem cell-based beta cell replacement therapy in May 2022; Sernova pens license agreement with U. of Miami for conformal cell coating technology in August 2020; Sernova acquires conformal coating technology from Converge Biotech in June 2020; Sernova partners with AgeX Therapeutics to develop immune-protected cells in June 2020; Positive preliminary phase 1/2 results released July 2019Phase 1/2 trial recruiting with expected primary completion July 2019; IND application cleared by FDA in December 2017; Positive interim phase 1/2 results reported at JPM 2016 from a Canadian trial, but the trial has since been terminated; Announced collaboration with CTI Clinical Trial and Consulting Services in November 2016

Defymed

MAILPAN

Macroencapsulation, no direct vascularization

Preclinical

“Safety and function of a new pre-vascularized bioartificial pancreas in an allogeneic rat model” published in Journal of Tissue Engineering in May 2020; Positive preclinical data released in July 2019; $114M Series B financing in December 2017Received funding for preclinical trials from JDRF in July 2016; Strategic collaboration with Semma Therapeutics aimed at pre-clinical validation of the MailPan bio-artificial pancreas, in combination with stem-cell derived differentiated insulin-secreting cells developed by Semma Therapeutics.

JDRF/UCSF/Stanford

Undisclosed

Cell Replacement Cures Without Immunosuppresion

Preclinical

Fall 2020 progress report; Spring 2020 progress report; Collaboration announced

September 2019

Lilly/Sigilon

Undisclosed

Macroencapsulation using FBR-resistant Afibromer encapsulation device

Preclinical

Collaboration announced April 2018

Novo Nordisk/Procyon Technologies

Undisclosed

Oxygen-enabled cell encapsulation device

Preclinical

Partnership announced December 2020

Novo Nordisk/UCSF/Cornell

Undisclosed

Stem cell derived insulin producing cells

Preclinical

Preclinical updates shared at EASD 2022; Collaboration announced May 2018

Encellin (fka Dr. Tejal Desai lab at UCSF)

nanotemplating

Next-generation encapsulation approach

Preclinical

Research contributed to UCSF spinout Encellin, “hopes to move into the clinic in 2020” as of August 2019; Presented at the 2016 JDRF Bay Area Annual Meeting and Research Update

Goethe University/DRIVE Consortium

LSFM4Life

“Organoid” (insulin-producing cells derived from adult stem cells and embedded in a three-dimensional matrix)

Preclinical

“Standardized GMP-compliant scalable production of human pancreas organoids” published in Stem Cell Research & Therapy in March 2020; Project launched in April 2016 with goal of entering clinical trials by end of 2019

DRIVE Consortium/Boston Scientific

Undisclosed

Encapsulation device containing gel-embedded clusters of islet cells; capsule releases immunosuppressant; Boston Scientific to help develop minimally invasive injection procedure

Preclinical

Participated in TERMIS EU 2019; Announced in June 2015

Dr. Shuvo Roy lab at UCSF

Bioartificial pancreas

Islets contained in semi-permeable silicon ultrafiltration capsule with active blood flow; Graft rather than subcutaneous implant

Preclinical

In the midst of three-year $2.4 million NIH grant and two year $1.1 million CIRM grant as of September 2018. Presented at the 2016 JDRF Bay Area Annual Meeting and Research Update

ViaCyte/CRISPR Therapeutics

PEC-QT

Islets are derived from genetically engineered stem cells that are immune-evasive

Preclinical

ViaCyte and CRISPR Therapeutics announced the first patient dosed in the phase 1 trial in February 2022; per ClinicalTrials.Gov, estimated completion in April 2023 (delayed from December 2022); Health Canada approved initiation of a Phase 1 trial of immune-evasive, stem cell-derived therapy for the treatment of T1D in November 2021; “Moving into pre-IND activities” as of May 2020; Preclinical data reported at EASD in 2019 showed gene-edited immune-evasive cells demonstrated in vitro protection against activated T-cells compared to controls; Announced at JPM 2018; Received $1.4 million from CIRM for development of immune-evasive stem cells in December 2017; Subsequently partnered with CRISPR Therapeutics

Betalin Therapeutics

Undisclosed

Micro-pancreas

Preclinical

“Currently raising capital to further optimize the therapy and complete submission of the New Drug (IND) application to the FDA” as of December 2020 on company website; Betalin announces plans to advance into UK clinical testing by early 2021 in July 2020

Seraxis Therapeutics

SR-01

Implantable biocompatible device

Preclinical

The Maryland-based company completed $40 million series C in February 2021 that included investment from JDRF T1D fund, SR-01 is comprised of lab-grown pancreatic islets from Seraxis’ proprietary stem cell line SR1423 and its SeraGraft “implantable biocompatible device,” which protects the cells from immune recognition.

Beta Cell Replacement Sources

Company

Product

Type

Status

Timeline

Vertex/Semma Therapeutics

VX-880

Stem cell-derived insulin producing cells

Phase 2

Vertex has completed enrollment and dosing in Part B of the Phase 1/2 study of VX-880 and expects to present data at ADA 2023 in June; Vertex intends to begin Part C of the study with concurrent dosing; granted EMA designation in March 2023; Vertex acquires ViaCyte for $320 million in July 2022; FDA lifts clinical hold on phase 1/2 trial in July 2022; New CGM data for first two patients shared at ADA 2022, reinforcing extremely positive data for first patient; Positive data for first two patients released May 2022 alongside announcement of FDA placing clinical hold on phase 1/2 trial; Preliminary data from phase 2 study released in October 2021 shows extremely promising results; Naked cell phase 1/2 launch and FDA Fast Track Designation received in March 2021; Naked cell program IND approved January 2021; Vertex on track to submit IND filing for islet cell transplant program in “late 2020,” phase 2 to commence in 2021 as of 3Q20 update; Cell therapy to move into clinic by late 2020/early 2021, as of JPM 2020; Semma acquired by Vertex Pharmaceuticals for $950 million in September 2019; Published in Nature in 2019 detailing improved beta cell generation/purification process; Semma Therapeutics founded in April 2015 to translate Dr. Doug Melton’s beta cell generation procedure into therapy

Vertex/CRISPR

unnamed

Hypoimmune stem-cell derived insulin producing cells

preclinical

Vertex and CRISPR Therapeutics announce $330 million non-exclusive licensing agreement for CRISPR/Cas9 gene editing technology in Vertex’s type 1 diabetes hypoimmune cell therapy program in March 2023;

Sanofi/Evotec

-

Functional stem cell-derived human beta cells for replacement therapies and for identification of active therapeutic targets

Preclinical

Evotec partners with Sernova to develop an islet replacement therapy combining Evotec’s stem cell-derived beta cells with Sernova’s Cell Pouch in May 2022; Evotec regains global rights to beta cell replacement therapy in April 2020, “exploring partnering options to bring this therapy to patients”; Sanofi discontinues R&D in diabetes in December 2019; Management expressed enthusiasm in January 2019 (interview); Partnership announced in August 2015

iTolerance, Inc.

ITOL-100

SA-FasL microgel to induce local immune tolerance and enable allogeneic islet implantation

Preclinical

iTolerance enters collaboration agreement with Israeli-based Kadimastem and received $1 million from Isarel-US Industrial R&D Foundation in May 2023; iTolerance receives $850,000 from JDRF through Industry Discovery Development Partnership to support iTOL-100/101 program in June 2022; Results from preclinical trial released in May 2022; follows JDRF’s former funding of iTOL-101’s successful preclinical non-human primate study

Creative Medical Technology Holdings

CELZ-201

First novel allogenic cellular therapy in the dorsal artery of the pancreas

 

Phase 1/2

Announced that partner, Greenstone Biosciences, has successfully developed a human induced pluripotent stem cell (iPSC) pipeline for the ImmCelz platform in May 2023; Announced positive topline results for cell therapy program in T2D in April 2023;

Announced IRB approval of phase 1/2 trial of CELZ-201 as a treatment for recent onset T1D in February 2023; expected to initiate in 1Q23.

AZ MedImmune/Evotec

 

Biologic beta cell regeneration

Preclinical

Status unknown as of 2020; Partnership announced in December 2010

Sana Biotechnology

SC451

Hypoimmune islet cell transplantation

Preclinical

Preclinical data published in Nature Biotechnology in May 2023 showing survival of hypoimmune pluripotent stem cell-derived islets in non-human primate models for 40 weeks.

Preclinical data published in April 2023, showing that hypoimmune human islet cells, engineered with CRISPR, successfully evaded immune rejection and normalized glucose levels in immunocompetent type 1 diabetes mouse models; an investigator-sponsored trial testing these cells in patients with T1D is expected to initiate later this year; aims to file IND in 2024 for SC451, hypoimmune stem cell-derived islet cell therapy

ViaCyte

VC-01, VCTX-211

Stem cell-derived insulin producing cells

Phase 1/2

VCTX-211 continues to run in collaboration with CRISPR in a phase 1/2 study, expected to complete in August 2025;

In 2006, ViaCyte published the first study demonstrating successful in vitro differentiation of human embroyonic stem cells into pancreatic tissue; In 2014 BetaLogics (now part of ViaCyte) published the first paper on using in vitro stem-cell derived beta cells to reverse diabetes in mice; ViaCyte is currently in phase 1/2 clinical studies with its stem cell-derived insulin producing cells

UCSF Hebrock Lab

--

Stem cell-derived enriched beta clusters (more advanced insulin-producing cells)

Preclinical

Published methodology for growing enriched beta clusters (eBCs – more mature, insulin-producing cells) from stem cells

Frequency

--

Progenitor Cell Activation (PCA) platform, which induces stem cell-like properties in somatic cells

Preclinical

No longer active in diabetes as of 2020; Received JDRF funding in February 2017 to optimize the PCA platform for type 1 diabetes

eGenesis

--

Islet cell transplantation

Preclinical

Completed $125 million Series C in March 2021; HuCo islet cells are currently in preclinical development; working on islet cell transplantations

Pancryos

PanINSULA

PanINSULA stem cell-derived islet cell replacement

Preclinical

In May 2022, Pancryos announced a global exclusive license agreement with Brigham and Women’s Hospital to combine PanINSULA with the Harvard Stem Cell Institute’s convection-enhanced microencapsulation device

Seraxis

SR1423

Multi-potent, immortal stem cell line reprogrammed from the tissue of an adult donor pancreas to differentiate into pancreatic islets replacing lost native islet function

Preclinical

The Maryland based company completed $40 million series C in February 2021 with Lilly as lead investor and  investments from JDRF T1D fund and other VCs.

Immune Therapies

Organization

Product

Type

Status

Timeline

Provention (previously TrialNet)

teplizumab

Anti-CD3

Phase 3

Teplizumab approved as Tzield in November 2022 with dedicated conference call addressing patient assistance; Provention and Sanofi enter co-promotion agreement in October 2022; Provention hosts investor event in May 2022; phase 3 PROTECT trial in newly diagnosed T1D to complete in May 2023; Teplizumab’s original PDUFA date of August 17. 2022 was extended to November 17, 2022; Provention received a CRL from the FDA in July 2021; In January 2021 ProventionBio filed the BLA with the FDA for type 1 diabetes delay, under the company’s requested Priority Review, MAA filing in Europe slated for 2021, BLA submission completed to FDA with AdComm expected as of 3Q20 update; Follow-up data showing sustained delay of three years presented at ADA 2020; FDA Breakthrough Therapy Designation in August 2019; First therapy shown to delay type 1 diagnosis (ADA 2019); Phase 3 PROTECT study underway as of April 2019, following acquisition of candidate from MacroGeneics

Immune Tolerance Network

alefacept

Anti-CD2

Phase 2

No new dedicated trials as of December 2020; Long-term effect study for multiple ITN candidates recruiting as of December 2020, estimated to complete in March 2025; Alefecept removed from market for psoriasis due to “business reasons” in 2015; Two year T1DAL phase 2 trial results presented at ADA 2015

TrialNet

ATG/GCSF

Combination approach

Phase 2

Two year phase 2 results presented at ADA 2020, combination did not reach statistical significance on primary endpoint; Phase 2 results presented at ADA 2018ClinicalTrials.gov lists full phase 2 completion in October 2018

TrialNet

CTLA4-lg (abatacept)

Immunosuppressant

Phase 2

Primary completion pushed to November 30, 2022 as of November 2022; Phase 2 trial expected to complete in November 2024, pushed back from February 2018; Results released in 2020 showed preservation of C-peptide levels and improvements in insulin sensitivty

Caladrius Biosciences

CLBS03

Treg

Phase 2

Negative topline phase 2a T-Rex (pediatric) results released in February 2019, two-year follow-up data to determine next steps; Phase 1 results presented at ADA 2014; Phase 2 clinical studies launched in March 2016, full completion is expected in March 2020

GeNeuro

GNbAC1

Monoclonal antibody that neutralizes pathogenic protein MSRV-Env

Phase 2a

Positive 12-month results released in May 2019, “GeNeuro believes these data open the door to further development in early-onset T1D pediatric patient population;” Positive six-month phase 2a data released in September 2018; Phase 2a trial initiated April 2017 and expected to complete March 2019

ActoBio

AG019

Engineered Lactococcus Lactis bacteria that releases proinsulin + IL-10 into gut

Phase 1b/2a

Positive interim phase 1b/2a results in combination with teplizumab released in October 2021.  Positive topline results in phase 1b/2a trial released in June 2021. Advancing through phase 2a with teplizumab as of 4Q20, positive topline phase 1b results released in August 2020; Phase 1b/2a in combination with teplizumab expected to complete in June 2020

Imcyse

Imotopes

Auto-antigen derived epitopes + thioreductase motif to reprogram autoimmune T-cells

Phase 1b

Phase 2 trial (IMPACT study) of IMCY-0098 ongoing and actively recruiting, with expected completion in September 2024; Joined INNODIA in March 2020; Positive poster presented at EASD 2019; Results expected 3Q19; Moving into phase 2 on back of Series B financing

UCSF (Dr. Jeffrey Bluestone)

Tregs + IL2

Combination of CD4, CD127, and CD25 Tregs with IL2

Phase 1

Phase 1 TILT study completed July 2021, positive results published in September 2021

City of Hope

PIpepTolDC

 

Combination of patient’s own dendritic cells, vitamin D3, and fragment of pro-insulin

Phase 1

Patient enrollment for phase 1 trial announced in December 2020; Candidate previously delivered positive phase 1 results in the Netherlands in May 2020

Dr. Camillo Ricordi and Dr. Jay Skyler

Undisclosed

Combination of ATG, GCSF, IL-2, etanercept, and exenatide

 

Phase 1

Phase 1 trial to initiate in December 2021 (pushed from December 2018), with estimated completion of December 2027Highlighted by Dr. Jay Skyler at WCIRDC 2020 and EASD 2018

Pfizer

nanoformulations (tolerance molecule + antigen) 

Immune tolerance therapy

Preclinical

Licensed from AnTolRx in March 2019

Provention Bio

PRV-101 vaccine

Vaccine targeting Coxsackievirus B infection

Phase 1

Still in pipeline as phase 1 as of November 2020. Positive results from first in-human study announced in October 2021. Proof-of-concept data released in May 2020; Announced July 2017; Funding from J&J Innovation and JDRF T1D Fund

Anokion (fka Kanyos Bio)

KAN-201

Immune tolerance therapy

Preclinical

Type 1 diabetes program active on pipeline page as of November 2022 with KAN-201 in IND-enabling phase; Kanyos Bio acquired by Anokion in September 2019; Kanyos Bio created by partnership between Astellas Pharma and Anokion in July 2015

Selecta

SVP-Rapamycin/SVP-insulin

Synthetic Vaccine Particle (SVP) nanotechnology for immunosuppression

Preclinical

Type 1 program not listed on pipeline page as of December 2020; Series E financing in September 2015

Mesoblast

Undisclosed

Mesenchymal precursor cell (MPC) treatment

Preclinical

Type 1 not listed on pipeline page as of December 2020; “Ex vivo fucosylation” technology licensed from HMS in March 2016; As of January 2016, Mesoblast was investigating a type 1 diabetes application for its MPC treatment

REGiMMUNE/JDRF/Pfizer

RGI-3100

Type 1 diabetes-specific antigen, to be used with reVax immunomodulatory platform to promote Tregs

Preclinical

Diabetes no longer listed on REGiMMUNE pipeline as of December 2020; “A Novel Liposome Formulation Carrying Both an Insulin Peptide and a Ligand for Invariant Natural Killer T Cells Induces Accumulation of Regulatory T Cells to Islets in Nonobese Diabetic Mice” published in Journal of Diabetes Research in October 2019; Collaboration with JDRF and Pfizer announced in April 2015

GSK

otelixizumab

Anti-CD3

Discontinued

No longer listed in GSK pipeline; Negative phase 3 results in 2011; Revived phase 2 program completed September 2018 ahead of schedule

Novo Nordisk

NN9828

Anti-IL21/GLP-1 agonist (liraglutide) combination

Discontinued

Discontinued in 3Q20; Positive full phase 2 results presented at ADA 2020; Positive phase 2 topline results shared in 2Q19; Phase 2 trial expected to complete March 2019; FDA orphan drug designation in January 2017

Janssen

golimumab (Simponi)

TNF-alpha

Discontinued

Type 1 program discontinued in November 2020; Positive phase 2 results presented at ADA 2020; Phase 1 study in youth (n=30) with ≥2 antibodies expected to complete July 2021

Other

Organization

Name

Type

Status

Timeline

Jaeb Center for Health Research, JDRF, University of Minnestoa

Verapamil

Calcium-channel blocker

Phase 3

CLVer trial results, presented at ATTD 2023 and published in JAMA, show that stimulated C-peptide levels in the verapamil group (n=47) were 30% higher compared to placebo (n=41) at 52 weeks (p=0.04), showing that verapamil had partially preserved beta cell function

A phase 2 study published in Nature Medicine in 2018 reported that once daily oral verapamil promoted endogenous beta cell function while reducing insulin requirements and hypoglycemia in adults with recent-onset T1D; C-peptide levels in the verapamil group (n=11) were 35% higher compared to placebo (n=13) after 12 months

Verapamil was first approved in 1981, and is indicated for hypertension, chronic stable angina, unstable angina, supraventricular tachycardia, and paroxysmal supraventricular tachycardia.

TrialNet

Oral insulin

Oral insulin

Phase 3

“Slowed Metabolic Decline After 1 Year of Oral Insulin Treatment Among Individuals at High Risk for Type 1 Diabetes in the Diabetes Prevention Trial–Type 1 (DPT-1) and TrialNet Oral Insulin Prevention Trials” published in Diabetes in August 2020; Negative results in relatives of patients with type 1 released in November 2017; Phase 3 trial fully enrolled; Results presented at ADA 2017; Phase 2 dose-ranging trial expected to complete in December 2017

Evolve Systems

EVC001

B. infantis

Not applicable

March 2021 announced that the primary prevention SINT1A trial of 1,444 participants will be treated with the EVC001 candidate as a potential preventive treatment for type 1 diabetes in infants at-risk of developing the condition; Closed $55 million Series D in February 2021

Global Platform for the Prevention of Autoimmune Diabetes

Oral insulin

Oral insulin (high-dose in infants)

Phase 2b

Primary Oral Insulin Trial (POInT) currently screening in Europe; Primary completion slated for January 2025 as of December 2020

Kamada

Undisclosed

Alpha-1 Antitrypsin (AAT)

Phase 2

Type 1 program active on company website as of December 2020; Topline phase 2 data released November 2017; Early signs of efficacy in people age 12-18 with new-onset type 1 diabetes

Massachusetts General Hospital (Dr. Denise Faustman)

BCG vaccine

Bacillus Calmette- Guérin (BCG)

 

Phase 2

Phase 2 trial slated to complete in July 2020; Boundless Investing webinar highlights BCG vaccine in July 2020; Phase 1 results released in July 2018 controversial; Primary completion expected in July 2020 with full completion expected in July 2023

vTv Therapeutics

TTP399

Liver-selective glucokinase activator

Phase 2

Positive results from mechanistic study announced in October 2021; In April 2021 vTv received an FDA Breakthrough Designation following positive results from phase 2 trial

Novo Nordisk

NN-1845

Glucose Sensitive Insulin

Phase 1

Phase 1 trial of glucose sensitive insulin competed 3Q21 – established proof of concept, shown to be well-tolerated

IM Therapeutics

IMT-002

human leukocyte antigen (HLA)

Phase 1

In July 2021, announced positive results from a phase 1b trial assessing the safety, tolerability, pharmacokinetics, and mechanistic action with small drug molecule IMT-002. IMT-002 works by blocking HLA-DQ8, which inhibits the activation of T-cells, effectively “starving the autoimmune process” and ultimately preserving beta-cell function. IM Therapeutics, a Boston area based company, closed a $10 million Series A funding round in 2019 with investment from the JDRF T1D Fund.

Sonoma Biotherapeutics

SBT-11-5301

Teff debulking

Preclinical

Closed $265 million oversubscribed Series B in August 2021 that included funding from JDRF T1D Fund; Technology selectively depletes T effector cells

GentiBio

Undisclosed

Regulatory T cells

Preclinical

GentiBio closes $157 million Series A in August 2021; GentiBio technology converts the more abundant T effector cell from a patient into potent, durable engineered Treg cells that can be injected back into the patient’s body

EVOQ Therapeutics

NanoDisc platform

Targeted antigen delivery to establish immune tolerance and protect islets

Preclinical

EVOQ Therapeutics and JDRF entered a collaboration in December 2022; EVOQ’s NanoDisc platform delivers antigens to dendritic cells in lymph nodes to establish a state of immune tolerance that protects pancreatic islets from immune destruction

Genprex

 

Macrophage transformation to reduce autoimmune activity

Preclinical

Genprex and University of Pittsburgh expand partnership in December 2022; Follows February 2020 licensing agreement with the University of Pittsburgh for GPX-002 AAV gene therapy

Calibr

Neratinib

Mammalian sterile 20–like kinase-1 (MST1) inhibitor

 

Preclinical

“Neratinib protects pancreatic beta cells in diabetes” published in Nature Communications in November 2019; Discussed at 2016 JDRF Mission Summit

Kriya Therapeutics

KT-A112

AAV

Preclinical

Closed $270 million Series C in May 2022; Closed $100 million Series B with help from JDRF T1D Fund in July 2021; Adeno-associated viruses (AAVs) are non-pathogenic viruses engineered to deliver DNA to drive the endogenous production of insulin

-- by Claire Holleman, Hanna Gutow, Mahima Chillakanti, April Hopcroft, Ashwin Chetty, Abigail Dove, Helen Gao, Zhazira Irgebay, Sahaj Shah, Rhea Teng, and Kelly Close