Biotech Life Sciences Initiates New Study of Anti-aging Formulas in Helping Covid-19 Post-viral Fatigue and Chronic Fatigue Syndrome

BioTech Life Sciences (BioTech – https://btl.science) recently announced it was studying the effects of its proprietary formulas on long-term patient symptoms related to COVID-19 Post-Viral Fatigue (long-haulers) and chronic fatigue syndrome (C.F.S.). The findings will be a part of a larger research study undertaken by the company, and is currently calling for voluntary participants; especially those who suffer from myalgic encephalomyelitis (M.E.), chronic fatigue syndrome, or Post-Viral Fatigue. BioTech specializes in anti-aging, stem cell production and neuroscience, and has discovered a clear link between COVID-19 long-haulers, C.F.S., and the therapeutic benefits of certain anti-aging compounds. According to the Cleveland Clinic and a recent Atlantic article, patients who survive COVID-19 typically recover in roughly two weeks' time. But there are a growing number of patients – as many as 20% – who inexplicably suffer with the disease for months, with longer lasting complications. These so called long-haulers report symptoms including fevers, chest pain, shortness of breath and debilitating fatigue.

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Capricor Therapeutics Announces Collaboration with the National Institutes of Health for Clinical Trial of Novel Exosome-Based Multivalent Vaccine

Capricor Therapeutics | January 24, 2024

Capricor Therapeutics a biotechnology company developing transformative cell and exosome-based therapeutics for the treatment and prevention of rare diseases, today announced that Capricor’s proprietary StealthX™ exosome-based multivalent vaccine (StealthX™ vaccine) for the prevention of SARS-CoV-2 has been selected to be part of Project NextGen, an initiative by the U.S. Department of Health and Human Services to advance a pipeline of new, innovative vaccines providing broader and more durable protection for COVID-19. As part of Project NextGen, the National Institute of Allergy and Infectious Diseases (NIAID), part of the National Institutes of Health, will conduct a Phase 1 clinical study with Capricor’s StealthX™ vaccine, subject to regulatory approval. NIAID's Division of Microbiology and Infectious Diseases (DMID) would oversee the study. “We are extremely pleased with the external support from the NIH, which highlights the clinical potential of our StealthX™ exosome platform technology and provides non-dilutive support for the advancement of our vaccine candidate,” said Linda Marbán, Ph.D., Capricor’s chief executive officer. “Our proprietary vaccine is multivalent, delivering both the highly mutagenic S protein (Spike) and the more stable N protein (Nucleocapsid) which potentially may offer broader and longer lasting immunity against SARS-CoV-2. We view the NIH SARS-CoV-2 project as the first clinical step towards development of a next generation vaccine platform that may be extended to other infectious diseases. Our platform is designed to combine the speed of response of an mRNA vaccine with the potential efficacy of a protein vaccine. Further, our StealthX™ vaccine is free of both adjuvant and lipid nanoparticles and in preclinical studies has generated a strong immune response at low doses. We believe our StealthX™ vaccine may offer a clinically meaningful alternative for highly mutating or novel infectious agents.” Dr. Marbán continued, “This is the opportunity we have been waiting for as it allows the exosome technology to be brought into the clinic as we continue to focus our resources on CAP-1002 for the treatment of Duchenne muscular dystrophy. Beyond SARS-CoV-2, we look forward to exploring the potential therapeutic utility of this platform, and more broadly, expanding our pipeline into therapeutics and future partnership opportunities.” About Capricor’s StealthX™ Vaccine The StealthX™ vaccine is a proprietary vaccine developed internally by Capricor utilizing exosomes that were engineered to express either spike or nucleocapsid proteins on the surface. Preclinical results from murine and rabbit models published in Microbiology Spectrum, showed the StealthX™ vaccine, resulted in robust antibody production, potent neutralizing antibodies, a strong T-cell response and a favorable safety profile. These effects were obtained with administration of only nanogram amounts of protein and without adjuvant or synthetic lipid nanoparticles (LNPs). Exosomes offer a new antigen delivery system that potentially could be utilized to rapidly generate multivalent protein-based vaccines. Exosomes, first identified as extracellular vesicles, are small vesicles enriched in specific subsets of proteins, RNAs and lipids and responsible for cell-to-cell communication. About Capricor Therapeutics Capricor Therapeutics, Inc. is a biotechnology company focused on the development of transformative cell and exosome-based therapeutics for the treatment and prevention of rare diseases. Capricor’s lead candidate, CAP-1002, is an allogeneic cardiac-derived cell therapy currently in Phase 3 clinical development for treating Duchenne muscular dystrophy (DMD). Further, Capricor has entered into a partnership for the exclusive commercialization and distribution of CAP-1002 for DMD in the United States and Japan with Nippon Shinyaku Co., Ltd. (U.S. subsidiary: NS Pharma, Inc.), subject to regulatory approval. Capricor is also developing its exosome technology as a potential next-generation therapeutic platform. Our proprietary StealthX™ exosome platform has potential for a broad range of new therapeutic applications in the field of vaccinology as well as targeted oligonucleotide, protein and small molecule therapeutics to treat or prevent a variety of diseases.

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MedTech

PanGIA Biotech Plans Expanded Multi-Cancer Early Detection Liquid Biopsy Study

PanGIA Biotech, Inc. | January 05, 2024

PanGIA Biotech, a US based biotechnology company with a mission to develop true liquid biopsy technology that is scalable for global impact, today announced that it is finalizing its three-year, prospective, multicenter, clinical study on prostate cancer liquid biopsy. This announcement comes as the company prepares to launch additional clinical studies in multi-cancer early detection using the PanGIA® Liquid Biopsy Platform. “The PanGIA urine based true liquid biopsy technology has been developed for global impact by diagnosing, monitoring, and managing cancers earlier to save lives using urine as the sample type to create vastly improved availability and scalability in cancer diagnostics,” according to PanGIA Biotech’s CEO, Holly Magliochetti. In 2020, the company received IRB approval and launched a novel AI integrated urine based liquid biopsy study. The company immediately began recruiting urologists in US-based academic as well as large and small group community practices to enroll men who were scheduled for prostate biopsy. Results of the study are pending publication. “Based on the high sensitivity and high specificity of the PanGIA prostate study, PanGIA Biotech is now preparing to significantly expand the platform by launching follow-on studies in ten additional cancer types,” said Tricia Schumann, Chief Investment Officer of PanGIA Biotech. Additional cancer types in the PanGIA follow-on study will include breast, ovarian, lung, renal, bladder, colorectal, stomach, pancreas, liver, and brain. The company will begin recruiting experienced medical professionals across the United States as clinical study sites as well as listing the study on ClinicalTrials.gov. PanGIA Biotech intends to launch the expanded study in mid-2024. Interested researchers may contact the company for additional information. About PanGIA Biotech, Inc. PanGIA Biotech develops novel, AI integrated, true liquid biopsy technology that is scalable for global impact. The PanGIA® platform allows rapid development of non-invasive testing for detecting, monitoring response to therapy, and managing a variety of diseases and disorders, including cancers as early as Stage 1. The company combines expertise in molecular biology with advanced computational biology and machine learning to detect disease-associated patterns using proprietary technology.

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Industrial Impact

MOMA Therapeutics Announces Five-Year Discovery Collaboration with Roche Focused on Critical Cancer Dependencies

MOMA Therapeutics | January 04, 2024

MOMA Therapeutics, a biotechnology company focused on identifying and targeting highly dynamic, difficult to drug targets in cancer and other diseases, is pleased to announce a strategic collaboration and licensing agreement with Roche. This partnership provides Roche with access to MOMA’s proprietary KnowledgeBase platform for the identification and prosecution of a certain number of novel drug targets involved in promoting cancer cell growth and survival. MOMA’s KnowledgeBase comprises integrated structure-function capabilities, advanced lead-finding technologies and computation-enabled lead optimization. It was built upon the concept that functionally related targets lacking sequence homology still possess three dimensional structural motifs that can be exploited to produce highly impactful therapies. To date, MOMA has utilized this bespoke platform to accelerate drug discovery in the ATPase target class, a class with a high number of genetically validated targets for which industry efforts to identify therapeutically viable drugs have been hampered by the extent of dynamic protein motion. “Given its deep expertise and global footprint in oncology, Roche represents an ideal collaborator with whom to further advance the application of MOMA’s platform in a way that impacts patients’ lives. The vision for this collaboration was crafted jointly with Roche to enable each party to bring its strengths in pursuit of this shared goal. It also contributes to the long-term sustainability of MOMA’s core focus as we advance our rich pipeline of precision oncology programs to the clinic,” said Asit Parikh, M.D., Ph.D., chief executive officer of MOMA. Through the collaboration, MOMA will receive $66 million as an upfront cash payment and is also eligible to receive discovery, development, and commercialization milestone payments potentially exceeding US$2 billion, as well as tiered royalties. MOMA will be primarily responsible for all activities for selected targets through to development candidate confirmation, whereas Roche will be responsible for IND-enabling activities and clinical development and commercialization. Additionally, if multiple collaboration assets reach pivotal clinical studies, MOMA will receive a right to co-fund late-stage development of one product in exchange for increased royalties in the US on this product. “We are excited to join forces with MOMA, combining our leadership in oncology with MOMA’s deep expertise in drug discovery for difficult-to-drug and novel targets in oncology. The broader field of cancer dependencies is of high importance for Roche and we are looking forward to further deepening our knowledge and discovering novel targets involved in cancer cell growth and survival leveraging MOMA’s innovative platform,” said James Sabry, M.D., Ph.D., global head of pharma partnering, Roche. “It is exciting to utilize our industry-leading knowledge in how to identify and drug highly dynamic proteins to deliver on a breadth of discovery programs in partnership with Roche,” added Peter Hammerman, M.D., Ph.D., chief scientific officer and head of development at MOMA. “Along with bringing two MOMA-owned high-impact programs to the clinic next year, we are making exciting progress towards our goal of addressing key unmet needs for patients living with advanced cancer.” About MOMA Therapeutics MOMA Therapeutics is committed to discovering the next generation of precision medicines by targeting highly dynamic proteins that underlie human disease. Bringing together seminal scientific advancements in biochemistry, biophysics, structural biology, chemistry, computation, and functional genomics, the company has established the KnowledgeBase platform to exploit a key vulnerability inherent to all dynamic proteins: their dependence on well-coordinated, stepwise changes in protein conformation. By focusing this platform on disease-causing targets, MOMA aims to develop high impact, precision medicines for patients with unmet medical needs. MOMA Therapeutics is a private company launched in 2020 with seasoned leadership, a highly specialized workforce with deep expertise in oncology discovery, world-class scientific founders, and financed by leading biotech investors.

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