ENVALITH
クオリプス株式会社 logo

Cuorips Inc.

4894Growth MarketPharmaceuticals

クオリプス株式会社 logo
Cuorips Inc.4894

Business

Cuorips Inc. is a regenerative medicine venture established in 2017, whose core business is the research, development, manufacturing, and sale of the human iPS cell-derived cardiomyocyte sheet "ReHeart®." ReHeart is the world's first iPS cell-derived regenerative medicine product targeting patients with severe heart failure due to ischemic cardiomyopathy who cannot be expected to recover through drug therapy or surgery, and it obtained conditional and time-limited manufacturing and marketing approval from the Ministry of Health, Labour and Welfare in March 2026. Its main customers are medical institutions and hospitals both in Japan and overseas, and in parallel, the company also operates a CDMO business (contract manufacturing of cell products) utilizing "CLiC-1," a commercial cell culture and processing facility located in Minoh City, Osaka Prefecture. Based on industry-academia collaborative alliances with Osaka University, Daiichi Sankyo, Asahi Intecc, and others, the company also holds multiple pipeline projects, including catheter treatments and an in vivo regenerative factor inducer (YS series).

Business Model

Current primary revenue sources are CDMO & Consulting Services (¥210 million of the ¥212 million in net sales for FY2026 (ending March 2026)) and joint R&D expense contributions received from co-development partners (¥336 million in the current fiscal year). Through these, the company has adopted a cash-burn management model that limits its own burden to ¥634 million out of total R&D expenses of ¥970 million. It plans to begin sales of ReHeart® following listing on the drug price list and insurance coverage around autumn 2026, transitioning to a full-scale monetization phase driven by product sales.

Company Strengths

In March 2026, obtained conditional and time-limited manufacturing and marketing approval for "ReHeart®" from the Ministry of Health, Labour and Welfare. In an investigator-initiated clinical trial of 8 cases, all cases were judged "effective," with no adverse events or serious adverse events. In October 2025, it was designated as a regenerative medicine product for rare diseases, making it eligible for a premium in the calculation of the insurance reimbursement price. The company has established a first-mover advantage as the world's first iPS cell-derived cardiomyocyte product.

Since establishing a joint research chair with Osaka University, the company has established technologies for mass culturing, high-purity purification, and removal of undifferentiated cells of iPS cells. It has obtained facility design patents in Japan (Patent No. 7609440), the United States, and Europe. It holds an exclusive license from Osaka University (Patent No. 6938154, valid until November 2035) and an intellectual property license from Daiichi Sankyo, forming a technological barrier to entry.

"CLiC-1," a commercial cell culture processing facility that began operations in August 2020, is a lab-integrated facility capable of handling everything from manufacturing process development to commercial production. It obtained a manufacturing and marketing business license in August 2024 and a manufacturing business license in April 2025. The facility is also utilized for the CDMO business, and CDMO revenue for FY2026 (ending March 2026) totaled ¥210 million (up 25.4% year on year). It has also been selected for the New Technology Introduction Promotion category of the Ministry of Economy, Trade and Industry's "Regenerative Medicine CDMO Subsidy."

ENVALITH's Perspective

The receipt of manufacturing and marketing approval for ReHeart® achieved an important business milestone, but as of the release of this document, the drug price remains undetermined, and the FY2027 (ending March 2026... wait) revenue forecast is undisclosed. While the premium from orphan product designation is a tailwind, there is little precedent for drug price calculation for regenerative medicine products, and it remains difficult to estimate the scale of revenue. Following the drug price listing and start of sales expected around autumn 2026, the earnings forecast is expected to be revised, and disclosure of the drug price level will be an important catalyst for the share price.

The operating loss for FY2026 (ending March 2026) expanded significantly to ¥1,081 million from ¥590 million in the previous fiscal year. The main cause was a sharp increase in selling, general and administrative expenses from ¥758 million to ¥1,212 million, reflecting higher costs associated with the manufacturing and marketing approval application and review process, as well as accelerated overseas expansion. Operating cash flow was ¥-1,059 million, indicating an accelerating pace of cash consumption, and cash on hand at fiscal year-end stood at ¥3,900 million. For FY2027 (ending March 2026... wait), an operating loss of ¥1,430 million (excluding revenue and cost of sales) is forecast, and depending on the pace of sales ramp-up after the drug price listing, the possibility of additional fundraising cannot be ruled out.

Overseas expansion is becoming more concrete, with the full-scale launch of joint research with Stanford University, general agreement reached at the FDA pre-IND meeting, and preparations beginning for consultations with European regulatory authorities. As an external environment factor, growing international interest in the regenerative medicine field is a tailwind, but substantial costs are expected for the US IND application and clinical trial implementation, and there is a risk that increased overseas development costs, in parallel with the domestic sales launch, could contribute to expanding losses. Progress in licensing discussions with one overseas pharmaceutical company for the In Vivo Regenerative Factor Inducer (YS-1301) is worth noting from the perspective of revenue diversification.

Growth Strategy

Aiming for multi-layered growth through NHI price listing and sales launch based on the domestic approval obtained, together with overseas expansion and strengthening of CDMO operations

Conditional and time-limited manufacturing and marketing approval was obtained in March 2026. NHI price listing is planned for around autumn 2026, with sales expected to commence in the second half. As the product has been designated as an orphan product, it is eligible for premium consideration when calculating the insurance reimbursement price, and preparations for the supply system ahead of the post-marketing surveillance are being advanced.

Collaborative research with Stanford University's Department of Cardiothoracic Surgery has been intensified, with an animal experiment program using myocardial infarction pigs currently underway. General agreement on the development policy, including the First-in-Human trial plan, has been reached at the FDA pre-IND meeting, and preparations for the IND application are proceeding.

Preparations to begin consultations with European regulatory authorities are planned to start in the following fiscal year (FY2027, ending March 2027). Through expansion in Europe in parallel with the US, the company aims to obtain global manufacturing and marketing approval.

Following selection for the Ministry of Economy, Trade and Industry's regenerative medicine CDMO subsidy (New Technology Introduction Promotion Framework), the pilot plant under construction at Nakanoshima Cross is scheduled to begin full-scale operation shortly into the following fiscal year. The company will promote the practical application of a mass culture system through the Value Chain Consortium for Stable Cell Supply Manufacturing (VMaCS), thereby enhancing its contract manufacturing capabilities.

Collaborative research with Osaka University continues, with results accumulating, including the publication of a research paper on cirrhosis. The company is currently in discussions with one overseas pharmaceutical company regarding out-licensing and collaboration, aiming to diversify revenue through out-licensing to pharmaceutical companies.

In collaboration with Asahi Intecc Co., Ltd., a new treatment technology is being developed to transplant human iPS cell-derived cardiomyocytes into the heart via an intravascular approach using a catheter (Catheter (PJ4)). In the following fiscal year, preparations for conducting non-clinical trials are planned to proceed.

Last updated: July 19, 2026