Medical devices

A normal MRI scan is unable to detect a pancreatic tumor (left). After injecting a transgenic sugar and improving the sensitivity of the scan, the tumor appears clearly in the new MRI approach developed by the researchers (right)

illuminate the malignancy

A new MRI method developed by Weizmann Institute of Science scientists is expected to pave the way for early diagnosis of pancreatic cancer
How a conventional MRI (left) and the home device (right) work

A home MRI scanner may revolutionize medicine

In ten years, it may be possible to find ambulances - or hospitals on wheels - that can reach multi-casualty incidents and provide the doctor in the field with a clear 3D image of each injured person. Doctors will no longer be needed
Preparation for MRI examination. Image: depositphotos.com

How can the length of time subjects lie down in an MRI machine be shortened?

An artificial neural network can fill in missing information in imaging images of organs such as the brain
Marie Curie's X-ray car in World War I. Photo: French National Library

The first X-ray mobiles - Marie Curie's war

With the approach of the German army to Paris, Marie Curie was forced to retrain in the absence of the ability to research radium. She came up with an idea - to equip vehicles with X-ray devices and bring them close to the front to
Demonstration of the use of the new system. Credit: Wisdome Wearables

Technion researchers have developed an invisible face mask

It is an invisible face mask that protects users from corona viruses, MERS, influenza and other respiratory viruses and now its technology is offered for commercialization
Preparation for MRI examination. Image: depositphotos.com

New tests with the help of the MRI scanner

As the years go by, new types of sequences and protocols are developed and are joined by improvements in software and hardware - for example, you can see the great development in recent years in the field of cardiovascular imaging, bowel imaging and more
Makers - Ron Halevi demonstrates one design of the new prosthesis. Photo: Stratsys

XNUMXD printing and a team of Stratsys volunteers were recruited to upgrade a prosthesis for a disabled IDF Paralympic athlete

"Like the super heroes' aids, we wanted to give the prosthesis unique abilities, such as a hidden wallet, or a beer opener and even a place for the prosthetic's operating tools... The little practical things can be really cool,
Blood test to detect cancer. Image: depositphotos.com

A simple blood test to detect cancer instead of invasive tests

Prof. Yuval Ebenstein's laboratory was announced as one of the most advanced in Europe in the research and development of technological solutions for cancer
Vascular mapping using the optoacoustic imaging method developed by Technion researchers

Technology for miniaturizing ultrasound transducers and improving their resolution

A new technology developed at the Technion enables medical imaging with a very high resolution, close to 10 microns. It is expected to lead to the development of tiny and efficient ultrasound systems and other medical applications
CT device. Illustration: depositphotos.com

A leap forward in the efficiency of X-ray devices and CT systems

A technology developed by researchers at MIT and the Technion is expected to lead to a leap forward in the efficiency of X-ray machines and CT systems and in the speed of their operation. In the study published in Science, Prof. Ado Kaminer, head of the AdQuanta laboratory named after Robert and Ruth, is a partner
Eran Eden Kafir works for Mi-Med courtesy of Mi-Med

MeMed raised 93 million dollars for the commercialization of the technology to differentiate between diseases from bacteria or viruses

MeMed's solution enables an informed decision to be made on whether to treat with antibiotics or not, thus supporting the fight against bacterial resistance to antibiotics. The investment will be used to accelerate the development of additional products and marketing and global expansion
In the illustration: three views of a lung biopsy with the new technology. The needles (in green) move to the target while bypassing anatomical obstacles including large blood vessels (in red), the lung tissue (in gray) and the bronchi (in brown) - the tubes that connect the trachea to the lungs. Prof. Oren Salzman, Technion

The journey to the target tissue

An innovative algorithm enables the safe transport of curved surgical needles to "hidden" tissues
Image of the innovative device that emits a fluorescent result

An innovative device capable of detecting the corona virus in saliva samples

The researchers from Harvard and MIT who developed an innovative device capable of detecting the corona virus in a saliva sample in about an hour claim that the reliability of the diagnosis is similar to that of PCR tests
A virtual twin of the human body. Illustration: shutterstock

"The COVID-19 pandemic has placed health at the center"

This is what Claire Biot, Vice President of Life Sciences Industries, Dassault Systèmes says in an interview with the website Hedaman following the Science in the Age of Experience events that took place over the past month in the digital space
Illustration X-ray radiation produced by energetic electrons launched on van der Waals materials. Dr. Ado Kaminer, Technion.

Precise radiation sources are expected to cause breakthroughs in medical imaging and other fields

Researchers at the Technion have developed precise radiation sources that may replace expensive and cumbersome particle accelerators that are currently used to create radiation such as X-rays. These new sources produce controlled radiation with a narrow and precise spectrum and resolution
Photographs from an FMRI scan. Courtesy of Shani Wiedergorn

How does fMRI work?

Prof. Lucio Friedman. Photo: Weizmann Institute Spokesperson

It is possible to "watch" brain metabolism using MRI

radiation. Illustration: shutterstock

Can exposure to low-dose ionizing radiation be healthy for us?

Pancreatic cancer tumor with liver metastases. From Wikipedia

A new blood test will detect pancreatic cancer at an early stage

The first device in history to produce technetium 99mTc) 99m) for medical needs. Taken in 1958. Source: Brookhaven National Laboratory.

A shortage of a rare isotope is about to endanger the health of millions

A health worker in Ethiopia puts a blood sample on a rapid malaria test kit, 2012. Photo: UNICEF Ethiopia.

Ideas that will change the world: cheap diagnostic tools on pieces of paper

motorized wheelchair

Smart wheelchair

Prof. Jozoas Lazotka, head of the United Center for Life Sciences, University of Vilnius. Photo: Avi Blizovsky

The paradise of life science researchers

Israel Schreiber, CEO of Oranim Medical

Oranim Medical completed a fundraising of 20 million dollars

motorized wheelchair

Innovations in the world of wheelchairs

Algae for healing damaged heart tissue, according to the research of Prof. Samdar Cohen from Ben-Gurion University of the Negev. Photo by Danny Machlis. The photo is displayed at the exhibition of Israel's scientific achievements, established by the Ministry of Science at Ben Gurion Airport

The technological innovations in the field of health

These tiny polymer scaffolds include channels 100 micrometers wide, about the width of a human hair. When live cells are added to the content, the channels serve as artificial blood vessels. By mimicking human tissues of organs such as liver and heart, these scaffolds provide an innovative method for testing new drugs with the aim of reducing their dangerous side effects. [Courtesy: Tyler Irving/Boyang Zhang/Kevin Soobrian]

Engineers have succeeded in growing XNUMXD heart and liver tissues