Alibaba
April 1, 2022
Immunology
April 1, 2022Sweden
Voice Diagnostic
The company Voice Diagnostic has developed a voice note-analysis software that examines the user’s speech while reading a given text. The algorithm tracks fluctuations in different aspects of the patient’s voice over time. The AI organization also uses these recordings as training tools to refine its product. Nevertheless, the company is committed to privacy, clarifying that all users are anonymous to the company. Many medical conditions are well known to affect the voice. Several studies have sought to detect voice characteristics in patients suffering from, e.g., Parkinson’s disease, Alzheimer’s disease, schizophrenia, autism, asthma, depression, and post-traumatic stress syndrome. This enterprise might broaden the diagnostic repertoire and enhance day-to-day monitoring.(1)
Cellink
Cellink is the first corporation to deliver a standardized bio-ink product worldwide. This bio-ink is used for 3D printing of tissues such as cartilage, skin, liver, and more. 3D bioprinted organs use the patient’s cells as molds or templates and promise to address the deficit of donated organs and the complications associated with transplant rejection. The 3DEXPERIENCE program allows Cellink to predict and understand better how living material will behave after printing. The group can identify the predicted issues the organ could face before bioprinting and adapt its design to optimize viability. Cellink can efficiently provide printed organs to help scientific and pharmaceutical communities test drugs in a unique, organ-like environment, thus accelerating research.(2)
Medotemic
Medotemic enhances versatile methods for movement scanning that could benefit those with walking disabilities. The processes analyze the walking pattern using the patient’s mobile phone sensors. The outcome of these scans assists physiotherapists in adjusting training programs for patients. Individuals can use the system consisting of a web interface, app, and cloud solution. A limitation of this approach may arise if the movement pattern becomes senseless when the body is unevenly loaded, posing great difficulty for monitoring.(3)
DeepMed AB
DeepMed utilizes AI to enhance orthopedic X-Ray interpretation and aid clinicians in decision-making. Their goal is to help orthopedics, oncologists, and degenerative medicine specialists with X-ray assessment to provide individualized management for patients. They quote on their website: “We strongly believe that deep learning can lead to the next breakthrough in medicine, and we want this breakthrough to be all about the patient and not the system.”(4)
AlgoDx
AlgoDx is a clinical medical system organization dedicated to providing clinically validated machine learning algorithms to improve patient outcomes and reduce the market price. The company offers accurate patient diagnosis, prognostic, and therapy support tools. The diagnostic algorithm encloses predictive analysis to determine optimal treatment according to disease stage. The prognosis and treatment components enable biomarker monitoring to recognize patients lacking standard therapy or those in whom standard treatment is suboptimal.
The platform displays actionable insights, predicts research-supported outcomes with high accuracy, and recognizes quality treatment options. Furthermore, it also suggests compatible AI-enhanced products after determining their suitability and effectiveness for specific scenarios.(5)
Boneprox
Boneprox is a company that analyses the trabecular bone architecture of the jaw to predict the risk of osteoporosis. The software relies on AI image processing algorithms applied on a standard digital dental X-ray (bitewing or periapical). In the X-ray, the mandible premolar area depicts the trabecular architecture’s density and acts as a surrogate of the patient’s risk for osteoporosis.(6)
Voice Diagnostic
The company Voice Diagnostic has developed a voice note-analysis software that examines the user’s speech while reading a given text. The algorithm tracks fluctuations in different aspects of the patient’s voice over time. The AI organization also uses these recordings as training tools to refine its product. Nevertheless, the company is committed to privacy, clarifying that all users are anonymous to the company.
Many medical conditions are well known to affect the voice. Several studies have sought to detect voice characteristics in patients suffering from, e.g., Parkinson’s disease, Alzheimer’s disease, schizophrenia, autism, asthma, depression, and post-traumatic stress syndrome. This enterprise might broaden the diagnostic repertoire and enhance day-to-day monitoring.(1)
Cellink
Cellink is the first corporation to deliver a standardized bio-ink product worldwide. This bio-ink is used for 3D printing of tissues such as cartilage, skin, liver, and more. 3D bioprinted organs use the patient’s cells as molds or templates and promise to address the deficit of donated organs and the complications associated with transplant rejection. The 3DEXPERIENCE program allows Cellink to predict and understand better how living material will behave after printing. The group can identify the predicted issues the organ could face before bioprinting and adapt its design to optimize viability. Cellink can efficiently provide printed organs to help scientific and pharmaceutical communities test drugs in a unique, organ-like environment, thus accelerating research.(2)
Medotemic
Medotemic enhances versatile methods for movement scanning that could benefit those with walking disabilities. The processes analyze the walking pattern using the patient’s mobile phone sensors. The outcome of these scans assists physiotherapists in adjusting training programs for patients. Individuals can use the system consisting of a web interface, app, and cloud solution.
A limitation of this approach may arise if the movement pattern becomes senseless when the body is unevenly loaded, posing great difficulty for monitoring.(3)
DeepMed AB
DeepMed utilizes AI to enhance orthopedic X-Ray interpretation and aid clinicians in decision-making. Their goal is to help orthopedics, oncologists, and degenerative medicine specialists with X-ray assessment to provide individualized management for patients. They quote on their website: “We strongly believe that deep learning can lead to the next breakthrough in medicine, and we want this breakthrough to be all about the patient and not the system.” (4)
AlgoDx
AlgoDx is a clinical medical system organization dedicated to providing clinically validated machine learning algorithms to improve patient outcomes and reduce the market price. The company offers accurate patient diagnosis, prognostic, and therapy support tools.
The diagnostic algorithm encloses predictive analysis to determine optimal treatment according to disease stage. The prognosis and treatment components enable biomarker monitoring to recognize patients lacking standard therapy or those in whom standard treatment is suboptimal. The platform displays actionable insights, predicts research-supported outcomes with high accuracy, and recognizes quality treatment options. Furthermore, it also suggests compatible AI-enhanced products after determining their suitability and effectiveness for specific scenarios.(5)
Boneprox
Boneprox is a company that analyses the trabecular bone architecture of the jaw to predict the risk of osteoporosis. The software relies on AI image processing algorithms applied on a standard digital dental X-ray (bitewing or periapical).
In the X-ray, the mandible premolar area depicts the trabecular architecture’s density and acts as a surrogate of the patient’s risk for osteoporosis.(6)