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Given the rise of chat gpt and its volumes of knowledge bases there is a new chat bot that is aiding mental health care and therapy 😀

When it comes to mental health, the main focus is on the patient and how to provide the best care possible. But with the rising demand for mental health services, it’s increasingly difficult for clinicians to address the individual needs of their patients and meet the growing demand for mental health services. This is where ChAT-GPT, or Conversational Artificial intelligence-based Therapy for Generalized Psychological Treatment, comes in.

Chat-GPT is an AI-based therapy that uses natural language processing (NLP) and conversational AI to help therapists provide more personalized and effective mental health care and therapy. This new technology allows mental health professionals to provide real-time and personalized care to their patients in a way that is tailored to their needs and preferences. In this article, we will discuss the key features of Chat-GPT and how it is helping improve mental health care and therapy.

Chat-GPT is a type of AI-based therapy developed by researchers at Albert Einstein College of Medicine. It is a conversational AI-based therapy designed to help clinicians diagnose mental health issues. Chat-GPT uses natural language processing (NLP) to understand the patient’s conversations and provide personalized care and therapy.

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Year 2021 face_with_colon_three This could be made into a smartphone device that could one day treat everything without the need for surgery or other ways that are not as safe.

Researchers are investigating potential uses for the cell reprogramming technology to treat brain disorders such as Alzheimer’s disease or autoimmune diseases.

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When Apple’s M1 chip made its debut in November 2020, it not only shook up the Mac, it shook up the whole computer industry, outperforming chips from giants such as Intel (which Apple ditched) and AMD. Those companies have been doing their best to catch up and lo and behold, AMD now claims its latest laptop chip, the 7840U, is faster than Apple’s M2.

According to AMD, its new Ryzen 7 7840U shows improvement over the M2 that ranges from 5 percent in web browsing to 75 in the Passmark 10 benchmark tool. (We wonder why it doesn’t supply specific numbers or use a more common tool such as Geekbench or Cinebench.) Macworld’s sister site, PCWorld, states that the 7840U is meant to be used in lower-power laptops, which is likely why AMD compares its chip to the M2 that is in the MacBook Air and 13-inch MacBook Pro. Apple’s M2 Pro and M2 Max in the 14-and 16-inch MacBook Pro are significantly faster than the M2–and almost certainly faster than the 7840U–but those laptops and chips require much more power.

AMD.

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Researchers from the University of Aberdeen develop an AI algorithm to detect planetary craters with high accuracy, efficiency, and flexibility.

A team of scientists from the University of Aberdeen has developed a new algorithm that could revolutionize planetary studies. The new technology enables scientists to detect planetary craters and accurately map their surfaces using different data types, according to a release.

The team used a new universal crater detection algorithm (CDA) developed using the Segment Anything Model (SAM), an artificial intelligence (AI) model that can automatically identify and cut out any object in any image.

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For the first time in human history, doctors will transplant a human bladder from a deceased person to an alive patient using surgery robots.

A team of urologists at Keck Medicine of the University of South California (USC) is conducting a clinical trial that will soon lead to the first-ever bladder transplant operation in humans. The doctors are currently in the process of selecting participants for their trials.

If successful, such operations would provide relief to millions of people around the globe who live with bladder-related disorders.

Georgiy Datsenko/iStock.

Continue reading “World’s first bladder transplant will be performed by both human and robot surgeons” | >

The Colombian protests began on April 28, 2021, sparked by a tax reform opposed by the working class and middle-class Colombians.

Amnesty International’s use of AI generated images to commemorate the second anniversary of Colombian protests has sparked a debate over the credibility of advocacy groups and media organizations in their coverage of war-inflicted zones.

Amnesty’s Norway regional account posted three images in a series of tweets. The first depicted a crowd of armor-clad police officers; the second featured a police officer with a red splotch on his face, and the third of a protester being dragged away by police officials.

Amnesty International/Twitter.

Continue reading “Amnesty uses AI-generated images to portray Colombian protests, draws criticism” | >

Indigo naturalis is a blue dye in ancient, as well as an extensive used traditional Chinese medicine. It has a wide spectrum of pharmacological properties and can be used to treat numerous ailments such as leukemia, psoriasis, and ulcerative colitis. This article aims to expand our understanding of indigo naturalis in terms of its chemical constituents, pharmacological action and clinical applications.

We searched PubMed, web of science, CNKI, Google academic, Elsevier and other databases with the key words of “Indigo naturalis”, and reviewed and sorted out the modern research of indigo naturalis based on our research results.

We outlined the traditional manufacturing process, chemical composition and quality control of indigo naturalis, systematically reviewed traditional applictions, pharmacological activities and mechanism of indigo naturalis, and summarized its clinical trials about treatment of psoriasis, leukemia and ulcerative colitis.

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Year 2015 😗😁

Indigo-Clean is a new light that is capable of killing bacteria. Used in a healthcare settings, the device could help prevent the spread of dangerous microorganisms, including Methicillin-resistant Staphylococcus aureus (MRSA), a bacterium responsible for several difficult-to-treat infections in humans.

Bacteria in the air absorb the indigo-colored light, which then creates a chemical reaction within the microorganism. This creates an environment that acts like bleach, killing the microscopic lifeform, reports Tech Times.

The new bacteria-killing light was introduced to the public at an annual meeting of the Association for Professionals in Infection Control and Epidemiology. The device was first constructed in 2008 and has undergone real-world testing at the University of Strathclyde in Glasgow. Health professionals have noted the effectiveness of the light at killing bacteria that could otherwise spread to patients.

Continue reading “New Indigo Light Kills Bacteria at Hospitals” | >