Research

Exploring The Medical Potential Of Cannabinoids

BlackStone Therapeutics is a leader in cannabis-based research. Our research team has over 50 years of chemical experience ranging from academia, pharmaceutical, and industrial laboratories. The staff chemists have experience with: oxidations, reductions, protections, olefinations, organotransition metal chemistry, enolate chemistry, and photochemistry. The Research and Development team holds several pending patents on novel cannabinoids and has promising oncology studies heading into in vivo animal studies.


BlackStone Therapeutics has collaborations with Colorado Chromatography Labs, Wayne State University Karmanos Cancer Institute, University of Wyoming School of Pharmacy, University of New Mexico, and University of the Incarnate Word.

Drug

Discovery

Lead Selection

Pre-Clinical

IND Submission

Phase 1

Phase 2

*BST-104
Pancreatic Cancer

*BST-104
Lung Cancer

*BST-106
Pancreatic Cancer

*BST-106
Lung Cancer

*BST-104
Depression & Anxiety

Research

Exploring The Medical Potential Of Cannabinoids

BlackStone Therapeutics is a leader in cannabis-based research. Our research team has over 50 years of chemical experience ranging from academia, pharmaceutical, and industrial laboratories. The staff chemists have experience with: oxidations, reductions, protections, olefinations, organotransition metal chemistry, enolate chemistry, and photochemistry. The Research and Development team holds several pending patents on novel cannabinoids and has promising oncology studies heading into in vivo animal studies.


BlackStone Therapeutics has collaborations with Colorado Chromatography Labs, Wayne State University Karmanos Cancer Institute, University of Wyoming School of Pharmacy, University of New Mexico, and University of the Incarnate Word.

Discovery

Lead Selection

Pre-
Clinical

IND Submission

Phase
1

Phase
2

*BST-104 Pancreatic Cancer
*BST-104 Lung Cancer
*BST-106 Pancreatic Cancer
*BST-106 Lung Cancer
*BST-104 Depression & Anxiety

Latest Research

Publications & Patents

Collins, A. C., Ray, K. P., Cruces, W., Patent Pending, PCT/US22/74054, July 22, 2022

Collins, A.C., Ray, K. P., Cruces, W., Patent Pending, PCT/US22/74047, July 22, 2022

Cruces, W., Ray, K. P., Jagtap, P. G., Patent Pending, 63/411,506, September 29, 2022

Tesfatsion, T. T., Ramirez, G. A., Collins, A. C., Mzannar, Y.,  Khan, H. Y., Aboukameel, O., Azmi, A. S., Jagtap, P. G., Ray, K. P., Cruces, W., Antineoplastic Properties of THCV, HHC and their anti-Proliferative effects on HPAF-II, MIA-paca2, Aspc-1, and PANC-1 PDAC Pancreatic Cell Lines, Preprint: doi.org/10.26434/chemrxiv-2022-v4zqc: 10.26434/chemrxiv-2022-v4zqc Link

Our Latest Case Studies

BST-104 and its Impact on Pancreatic Cancer Cell Lines

BST-104 and its Impact on Pancreatic Cancer Cell Lines

BST-104 is a compound currently being focused on for the direct treatment as an antineoplastic of pancreatic cancer. BST-104 was tested on PANC-1 and MIA-PaCa2 cell lines and showed low IC50 values which led to our first hit for drug modifications
READ MORE

BST-103 and its Impact on Pancreatic Cancer Cell Lines

BST-103 and its Impact on Pancreatic Cancer Cell Lines

Collaboration with the Karmanos Cancer Institute, led to pre-clinical in-vitro cell studies that generated data on the efficacy of BST-103 as a possible antineoplastic.
READ MORE

BST Cannabinoid Analogs and their Impact on A549 Lung Cancer

BST Cannabinoid Analogs and their Impact on A549 Lung Cancer

Our group exploited modified derivatives of rare cannabinoids, exemplified by BST-104 and BST-106 in A549 in-vitro studies.
READ MORE

BST-104 and its Impact on Pancreatic Cancer Cell Lines

BST-104 and its Impact on Pancreatic Cancer Cell Lines

BST-104 is a compound currently being focused on for the direct treatment as an antineoplastic of pancreatic cancer. BST-104 was tested on PANC-1 and MIA-PaCa2 cell lines and showed low IC50 values which led to our first hit for drug modifications.
READ MORE

BST-103 and its Impact on Pancreatic Cancer Cell Lines

BST-103 and its Impact on Pancreatic Cancer Cell Lines

Collaboration with the Karmanos Cancer Institute, led to pre-clinical in-vitro cell studies that generated data on the efficacy of BST-103 as a possible antineoplastic.
READ MORE

BST Cannabinoid Analogs and their Impact on A549 Lung Cancer

BST Cannabinoid Analogs and their Impact on A549 Lung Cancer

Our group exploited modified derivatives of rare cannabinoids, exemplified by BST-104 and BST-106 in A549 in-vitro studies.
READ MORE

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