abstract

Blue Cell Therapeutics is a biotechnology company developing long-lasting allogeneic “off-the-shelf” human mesenchymal stem cell (MSC) therapies for conditions in which angiogenesis and nerve regeneration may be beneficial, such as erectile dysfunction (ED). Our method allows for the production of a standardized, pure, and potent allogeneic cell product. Due to high proliferation rates, it is possible to manufacture over 70,000 treatment doses from cells sourced from a single donor. The initial focus is on addressing severe ED following radical prostatectomy by targeting the underlying issues of reduced blood flow and nerve injury. We have designed a scalable therapy intended to restore erectile function for extended periods. An early proof-of-concept study using a single dose of autologous adipose MSCs reported that 8 out of 11 men (72%) who had undergone prostatectomy and were continent but had not achieved erectile function for over one year regained the ability to have erections and engage in sexual activity six months after treatment. Subsequently, Blue Cell adopted an allogeneic approach, with the aim of offering greater consistency, potency, manufacturability, and lower costs. Preclinical in vitro and in vivo studies of BlueC-231 have shown angiogenesis, as well as endothelial and nerve cell regrowth, that surpassed results seen with autologous cells. To further investigate the mechanism of action in ED, including its molecular effects on vascular and neurogenic regenerative processes, the company has conducted scRNA sequencing and proteomics analyses, identifying several molecular effectors likely involved in angiogenesis and neurogenesis. Approximately 490,000 men in Western countries undergo major prostate cancer surgery each year, with many experiencing persistent severe ED one year post-operatively. Overall, an estimated 85 million men are affected by ED globally, with about 30% not responding to pharmaceutical treatments.

abstract

The glycemic index (GI) is a physiological characteristic index that reflects the rate of digestion and absorption of food by the human body and the resulting blood glucose response. It is defined as the ratio of the area under the postprandial blood glucose response curve between a food containing 50g of available carbohydrates and a standard reference food with the same carbohydrate content. According to the level of GI, food is divided into three categories: high GI food, GI > 70； Medium GI food, 55<GI ≤ 70; Low GI foods, GI≤55。The intake of low GI food can effectively reduce the postprandial blood glucose level of patients with type II diabetes, which has a clinical effect similar to that of oral hypoglycemic drugs. In addition, low GI food also have positive effects in preventing and treating diseases such as obesity, cardiovascular disease, cancer, and Alzheimer’s disease. Our team have developed 5 kinds of low GI products for enterprises, including low GI noodles, mooncakes, rice pastries, rice biscuits, and rice bread, all of which obtained low GI certification and successfully went on sale.This report mainly introduces the concept, market analysis, regulatory standards, testing and certification processes of low GI foods, as well as the low GI foods developed by our team.

abstract

As the world population is expected to increase by 2 billion people by 2050, the world food system will have to respond to this increase, implying a doubling of production to meet this demand and ensure improved quality of life. Such intensi- fication in food production systems and agricultural activities will lead to the rep- resentative increase in the use of water resources. On the other hand, the Sustaina- ble Development Goals (SDGs) are a global call to end poverty, protect the envi- ronment and the climate, and ensure that people everywhere can enjoy peace and prosperity. These are the goals to which the United Nations is contributing so that we can achieve the 2030 Agenda in Brazil. Circular Economy (CE) has become a hot topic in the management discussion in the last decades as a method to improve business based on sustainability parameters, balancing environmental and socioec- onomic issues. Is it possible to apply financial techniques, having as one of its pil- lars the Circular Economy, to support water reuse projects generated both by com- panies and for residential purposes? Based on the bibliometric study carried out, the Research Project is justified by Covering a gap in the literature, given the re- duced number of publications for the keywords. Presenting a Research Project aligned with the Sustainable Development Goals (SDG) of the United Nations in its agenda 2030. This research project aims to develop a method for analyzing fi- nancial feasibility, using the Circular Economy as one of the bases, for water reuse projects in businesses and households located in the Paraíba Valley, São Paulo.

abstract

Residential energy consumption contributes over 20% of global CO₂ emissions, yet current carbon market mechanisms primarily focus on large-scale entities, often excluding small consumers due to complex monitoring and verification requirements. This research examines how blockchain technology can improve transparency, accessibility, and incentive structures in CO₂ markets, enabling broader consumers’ participation.

Using a comparative case study approach, this study analyzes six blockchain-based initiatives, evaluating their effectiveness in integrating small-scale users into emissions reduction frameworks. The findings are contextualized within relevant academic literature to assess best practices and key challenges. Results indicate that simplified implementation rules are essential for encouraging consumer involvement, allowing individuals to contribute to CO₂ reduction efforts without technical or financial barriers.

By leveraging blockchain’s decentralization, automated verification, and tokenized incentives, these systems enhance transparency, prevent double counting, and ensure verifiable emissions reductions. The research highlights how smart contracts, IoT-based monitoring, and decentralized governance models can optimize energy efficiency initiatives while maintaining compliance with regulatory frameworks. This study contributes to discussions on digital innovation in sustainability, presenting a scalable model that empowers consumers to actively participate in emissions trading and climate action.