Lifeboat Foundation

In a recent study published in the journal Cureus, researchers conducted a literature review to determine whether platelet-rich plasma therapy could help slow disease progression through lung regeneration in patients with chronic respiratory disease.

Chronic respiratory disease comprises many disorders related to the respiratory system, such as asthma, chronic obstructive pulmonary disease (COPD), and interstitial lung fibrosis, of which COPD is the most fatal, causing close to 3.23 million deaths worldwide in 2019. Statistics suggest that approximately 37 million people in the United States live with chronic respiratory disease, and over 150,000 individuals in the country succumbed to the disease in 2020.

Chronic bronchitis and emphysema as the two prominent disorders constituting COPD, causing abnormal airflow into and out of the lungs. Emphysema causes the destruction of the alveoli, which is where the exchange of gases occurs in the lungs, while chronic bronchitis causes excessive mucus production and obstruction of airways.

Scientists have developed a synthetic tissue that repairs injuries and restores normal erectile function in a pig model, in a study publishing January 4 in the journal Matter. The findings suggest that the artificial tunica albuginea (ATA), which mimics a fibrous sheath of tissue necessary to maintain erections, shows promise for repairing penile injuries in humans.

“We largely foresaw the problems and results of the ATA construction process, but we were still surprised by the results in the animal experiments, where the penis regained normal erection immediately after the use of ATA,” said Xuetao Shi, a researcher at the South China University of Technology in Guangzhou, China, and an author of the study.

Continue reading “An artificial tissue restores erectile function in pigs” »

In this article, I will explain how I used GPT-3 to integrate AI into a simple productivity application. Before I go into the code and methods used, let’s have look at the final result:

I really don’t care about IQ tests; ChatGPT does not perform at a human level. I’ve spent hours with it. Sometimes it does come off like a human with an IQ of about 83, all concentrated in verbal skills. Sometimes it sounds like a human with a much higher IQ than that (and a bunch of naive prejudices). But if you take it out of its comfort zone and try to get it to think, it sounds more like a human with profound brain damage. You can take it step by step through a chain of simple inferences, and still have it give an obviously wrong, pattern-matched answer at the end. I wish I’d saved what it told me about cooking and neutrons. Let’s just say it became clear that it did was not using an actual model of the physical world to generate its answers.

Other examples are cherry picked. Having prompted DALL-E and Stable Diffusion quite a bit, I’m pretty convinced those drawings are heavily cherry picked; normally you get a few that match your prompt, plus a bunch of stuff that doesn’t really meet the specs, not to mention a bit of eldritch horror. That doesn’t happen if you ask a human to draw something, not even if it’s a small child. And you don’t have to iterate on the prompt so much with a human, either.

Competitive coding is a cherry-picked problem, as easy as a coding challenge gets… the tasks are tightly bounded, described in terms that almost amount to code themselves, and come with comprehensive test cases. On the other hand, “coding assistants” are out there annoying people by throwing really dumb bugs into their output (which is just close enough to right that you might miss those bugs on a quick glance and really get yourself into trouble).

https://www.youtube.com/watch?v=bAzsRzQfirI

Today we’re looking at how to write music WITH A.I. A lot of the current Music AI Tool are focused on AI that writes full tracks, but I wanted to show a process that allows a collaboration between the musician and AI.

In this video I’ll take an original song I wrote, have an AI analyze it and come up with an alternative version, then take the AI’s version and write a new track based on its output. Oh, and have it sound like an actual song as well.

Continue reading “How to Write Music WITH A.I.” »

https://www.youtube.com/watch?v=S_1O3OP22UQ&t=2s

Try Chat GTP: https://openai.com/blog/chatgpt/

(Non-affiliate link)

Continue reading “The Advent of Artificial Intelligence | ChatGTP” »

What an AI taught me about our future – a mind blowing podcast.

In this groundbreaking podcast, James Brauer interviews “Futurist”, an AI that specializes in forecasting the future of mankind.

Continue reading “What An AI Taught Me About Our Future — A Mind Blowing Podcast” »

Scientists at Imperial College London, UK have proved that a modern surgical knife dubbed iKnife can “smell tumours”, effectively detecting womb cancer within seconds. The breakthrough could enable thousands of women to get an earlier cancer diagnosis.

“The iKnife reliably diagnosed endometrial cancer in seconds, with a diagnostic accuracy of 89%, minimising the current delays for women whilst awaiting a histopathological diagnosis,” said the researchers in the finding published in the journal Cancers.

Notably, the iKnife is already being used to treat breast and brain cancers, reported the Guardian, and now it can also accurately detect the presence of endometrial cancer.

Compared to other areas of microbiome research, fewer studies have examined the microbiome of the male genital mucosa. However, recent studies suggest that the information about the male genital tract microbiome is important since it is indicative of men’s fertility and sexual behavior. As the most important and adaptive structure of the male reproductive system, the male genital mucosa triggers a range of immune responses.

Understanding the composition of healthy male genital mucosa microbiome and its variations is essential since it might contain determinants such as risk factors for viral and bacterial infections. A few studies have assessed the male reproductive tract microbiome’s role but focus mainly on the coronal sulcus or urine.

A new study in the journal Microorganisms aimed to identify and analyze studies on the composition of the microbial community on different parts of the healthy and diseased male genital mucosa.