[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]  Dagnum P.I. [@Dagnum_PI](/creator/twitter/Dagnum_PI) on x 31.1K followers Created: 2024-03-30 15:26:40 UTC Arizona State University (@ASU) researchers have taken a significant step in the fight against cancer with the development of HLA-Inception. An AI-based learning tool. This innovative application delves into the Major Histocompatibility Complex-1 (MHC-1) proteins to provide rapid and precise predictions about how an individual's immune system would react to foreign cells, such as those from viruses or cancerous growths. The tool's capability to swiftly classify protein groups unique to an individual accelerates the prediction process from days to seconds, thereby enhancing the potential for creating personalized cancer medicines. The research, guided by the insights into the immune system's interactions with MHC-1 proteins, has revealed patterns that can identify and predict immune responses, aiding in the treatment and potentially increasing the survival rates against certain cancers. With the partnership between ASU, @JennyCoInc , @UTSADigiFoundry and @Conste11ation already established, the potential applications for ASU’s AI-based tool, HLA-Inception, could be transformative and wide-ranging. JennyCo's Personalized Health Platform JennyCo could use HLA-Inception to tailor health and wellness programs by leveraging the AI's capability to quickly predict individual immune responses. Imagine a user receiving a personalized health regimen or nutritional plan based on their predicted immune reactions, all while ensuring their data remains under their control thanks to blockchain's secure architecture. National DigiFoundry’s (NDF) Data Orchestration The National DigiFoundry could utilize the AI tool to orchestrate complex data ecosystems across different health institutions. By applying HLA-Inception's insights, the DigiFoundry could facilitate the secure exchange of vital research findings on immunotherapies and patient responses, fostering innovation while preserving data integrity. Constellation’s Secure Blockchain Infrastructure Constellation could amplify ASU's AI cancer care tool by securing data with blockchain. Ensuring integrity for AI training. Their big data prowess might keep patient details encrypted, facilitating real-time insights sharing, and empowering precise, patient-driven healthcare choices.  XXXXX engagements  **Related Topics** [arizona](/topic/arizona) [pi](/topic/pi) [$issc](/topic/$issc) [Post Link](https://x.com/Dagnum_PI/status/1774095909862961304)
[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]
Dagnum P.I. @Dagnum_PI on x 31.1K followers
Created: 2024-03-30 15:26:40 UTC
Arizona State University (@ASU) researchers have taken a significant step in the fight against cancer with the development of HLA-Inception. An AI-based learning tool.
This innovative application delves into the Major Histocompatibility Complex-1 (MHC-1) proteins to provide rapid and precise predictions about how an individual's immune system would react to foreign cells, such as those from viruses or cancerous growths.
The tool's capability to swiftly classify protein groups unique to an individual accelerates the prediction process from days to seconds, thereby enhancing the potential for creating personalized cancer medicines.
The research, guided by the insights into the immune system's interactions with MHC-1 proteins, has revealed patterns that can identify and predict immune responses, aiding in the treatment and potentially increasing the survival rates against certain cancers.
With the partnership between ASU, @JennyCoInc , @UTSADigiFoundry and @Conste11ation already established, the potential applications for ASU’s AI-based tool, HLA-Inception, could be transformative and wide-ranging.
JennyCo's Personalized Health Platform JennyCo could use HLA-Inception to tailor health and wellness programs by leveraging the AI's capability to quickly predict individual immune responses. Imagine a user receiving a personalized health regimen or nutritional plan based on their predicted immune reactions, all while ensuring their data remains under their control thanks to blockchain's secure architecture.
National DigiFoundry’s (NDF) Data Orchestration The National DigiFoundry could utilize the AI tool to orchestrate complex data ecosystems across different health institutions. By applying HLA-Inception's insights, the DigiFoundry could facilitate the secure exchange of vital research findings on immunotherapies and patient responses, fostering innovation while preserving data integrity.
Constellation’s Secure Blockchain Infrastructure Constellation could amplify ASU's AI cancer care tool by securing data with blockchain. Ensuring integrity for AI training. Their big data prowess might keep patient details encrypted, facilitating real-time insights sharing, and empowering precise, patient-driven healthcare choices.
XXXXX engagements
