The company is seeking to sell its assets through the sales process.
Pear Therapeutics, Inc. (Nasdaq: PEAR) (“the Company”), a company focused on developing and commercializing software-based medicines called prescription digital therapeutics (PDTs), today announced that the Company and its wholly owned subsidiary, Pear Therapeutics (US), Inc. (collectively, the “Debtors”) each voluntarily filed for protection under chapter 11 (“Chapter 11”) of the U.S. Bankruptcy Code (the “Bankruptcy Code”) in the United States Bankruptcy Court for the District of Delaware (the “Bankruptcy Court”) and they intend to pursue a sale of the business or assets under section 363 of the Bankruptcy Code.
Prior to the filing of the Chapter 11 cases, the Debtors evaluated a wide range of strategic alternatives to maximize value for all stakeholders. The Debtors also significantly reduced operating expenses. With the protections afforded by the Bankruptcy Code, the Debtors intend to continue their marketing efforts to potential purchasers interested in specific assets as well as continuing to seek a sale of the whole business. Any of those sales would be subject to review and approval by the Bankruptcy Court and compliance with bidding procedures to be approved by the Bankruptcy Court.
The Company intends to continue scaled-down operations during the Chapter 11 as it seeks to execute an expedited sale process. Having reached a settlement prior to the filing with its lender, Pear intends to use available cash to fund post-petition operations and costs in the ordinary course of its business.
This story continues here.
New machine-learning approach could speed precision drug development
The approach, detailed this week in the journal Nature, uses a platform called Molecular Surface Interaction Fingerprinting (MaSIF) to design custom proteins that bind to drug-bound target proteins.
AI-enabled CGM app shows promise for glycemic control, weight management
The broader implications of this study suggest that digital health platforms like January V2 have the potential to play a crucial role in the future of chronic disease management,” the authors write.