The Technion

The transplanted construct: the engineered muscle fibers (in red) express Glute4 (in green)

A technology developed at the Technion improved glucose uptake in diabetic mice

The conventional treatments for diabetes and insulin resistance are based on the consumption of drugs by injection and ingestion and provide a partial and short-term solution. This is the background for trying to develop long-term systemic solutions, and this is where the new development comes in
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
Description of the dissolved boron removal process using a CDI cell. First, the cell creates a basic environment, which causes boron to appear in its charged form. The boron ions are then stored in the electrodes. (Credit: Paul Gerlach, Houten, The Netherlands)

cleaner water

Researchers at the Faculty of Mechanical Engineering present an improved system for water desalination and water recovery for agricultural purposes
In pink: a single coherent beam of light produced by an array of 30 separate laser sources. Credit SimplySci Animations

An array of small lasers acting as a single light source

A joint team of researchers from the Technion and Germany has developed a coherent array of vertical lasers - a technology that was considered impossible until a few years ago
A snapshot (based on a micro CT scan) of the integration of the engineered scaffold into the tissue two weeks after implantation. Left: top view of the engineered coronary artery, located between the two dashed white lines. In red: the laminin protein that is mainly found inside the printed part and helps in the blood vessels. In green: blood vessels (mapped based on the presence of endothelial proteins). Right: side view. Courtesy of the Technion spokesperson, Prof. Levenberg's lab

Printing a tissue rack with a branched vascular network The goal: fast and efficient transplantation in damaged organs

The researchers of the Faculty of Biomedical Engineering at the Technion developed the tissue by printing with biological ink
Wave function, quantum physics. Illustration: depositphotos.com

Quantum theory affects the process of light emission

Researchers from Tel Aviv University, the Technion and MIT teamed up to shed new light on quantum theory
Photomicrograph: the density of green-red-purple colors indicates the existence of hybrid cells at the tendon-muscle interface. In green - the muscle fibers; In red - LOXL3 RNA is expressed in tendon and tendon-muscle junction. LoxL3 is an enzyme found at the ends of the developing muscle fibers and is responsible for building the muscle tendon junction. In purple - MyoD RNA is expressed within the muscle itself. MyoD is a gene responsible for muscle cell differentiation. Photo courtesy of the Technion Spokesperson

How are inter-tissue interfaces formed?

Researchers at the Rappaport Faculty of Medicine at the Technion discovered that the connection between tendons and muscles is formed by hybrid cells that merge with the muscle fibers and "know" how to cause the ends of the muscle to express tendon characteristics
Tuberculosis monitoring using a sticker that sticks to the skin and measures the volatile particles emitted from it. Credit: Technion barges

The nanotechnological artificial nose of Prof. Hussam Haik is applied in a patch for diagnosing tuberculosis

"The technology we developed is based on monitoring volatile particles emitted from the human body," explains Prof. Hussam Haik. "Nowadays it is clear to us that such particles indicate different physiological states, and the question is which particles to focus on
Prof. Guy Bartel - Head of the Laboratory for Advanced Photonic Research at the Viterbi Faculty of Electrical and Computer Engineering. Photo: Technion Spokesperson

Innovative technology for mapping electromagnetic fields and light-matter interaction

Technology developed at the Technion enables real-time measurement of "ghost waves" - light waves trapped on surfaces
The structure of the device developed at the Technion and which makes it possible to increase the visual acuity of telescopes without enlarging the lens. Courtesy of Dr. Erez Ribak.

Researchers at the Technion achieved an improvement in the separation capacity of telescopes without increasing the telescope's mirror

The researchers developed an amplifier - a medium containing atoms that the photon coming from space passes through after the telescope key. The impact of the photon on the atom forces the atom to release a large number of photons identical to the original photon improvement
Inbal Kreis, Eitan Stiva and the student Roi Rahin (Becher-Terem experiment). Rami Shloush, spokeswoman for the Technion

Three experiments from the Technion will be launched to the International Space Station

The experiments at the station will be conducted by the second Israeli in space, Eitan Stiva, who is expected to take off for the mission next year
6. In the diagram: closing of three different rings in a protein through the selective and rapid creation of sulfur-sulfur bonds with the innovative use of ultraviolet light, palladium and the disulfiram molecule (DSF). Illustration: Prof. Ashraf Barik's lab, Technion

A healthy synthesis

The Bell Caves in the Bin Gubrin National Park. Photo: depositphotos.com

To smell and touch - a nature experience that produces happiness

A study conducted by three researchers from the Technion reveals that it is not enough to just go out into nature; For happiness you have to get really close to it, touch it and smell it. And the surprising tip: you don't have to turn off the phone
From right to left: Anatoli Meler, Flonia Levy-Adam, Tahani Kedah, Reot Shelgi, Amal Younis, Shani Hadar and Kinneret Rosales-Shergenheim. Photo: Rami Shloush, Technion speakers

For the first time, a study reveals the decline of the protein control system with aging

The research published in PNAS - the journal of the National Academy of Sciences in the United States - was led by Prof. Reut Shelgi, research colleagues Niv Sabat and Falonia Levy-Adam and doctoral student Amal Younis from the Faculty of Medicine
Concept of a hydrogen-powered car. Illustration: illustration: depositphotos.com

On the way to friendly energy at a price of a dollar per kilo of hydrogen

The Israeli start-up company H2PRO won the title of "Best Company" in the international competition New Energy Challenge of the energy giant SHELL and also the title of crowd favorite. The company, which was founded based on technology developed at the Technion, produces
XNUMXD mapping of mitochondria with the new technology (the color symbolizes the depth dimension - different colors represent different depths) Credit: by courtesy of Nature Methods and authors

The autonomous microscope

The porous and helical structure of algae as deciphered at the synchrotron. Photo: Technion spokespeople

The structure of red algae is deciphered

A cross-section of a skin cancer tumor (melanoma) that metastasizes into the bloodstream. Image: from shutterstock

Fighting melanoma: the challenge of drug resistance

Fried and baked meat comparison between normal and cultured meat. Image from the article

Steak without slaughter

Locating corona patients using cellular tracking. Illustration: Image by Gerd Altmann from Pixabay

The science behind the corona virus

Irrational resistance to vaccines. Illustration: shutterstock

Confidence in vaccines - in the eye of the beholder

Illustration: The vision of artificial photosynthesis as a way to improve human well-being. The illustration won first place in the SUN-ERGY competition in December. The competition was held as part of the Sunrise project, which aims to develop technologies for the production of renewable and non-polluting energy. Courtesy of the Technion spokesperson

Artificial photosynthesis

In the diagram: the guidance system for the pilot. The right screen shows an optimal route to bypass the obstacle; The black arrow shows the desired flight direction along the green route. The algorithm examines in real time the priority of the green route over the red routes that were previously marked as alternatives. The middle screen shows the optional landing gear (red dots) and the plane itself (black dot in the center). The left screen shows the pilot the marker he needs to follow to reach the optimal runway on the optimal route.

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