Federation Star - February 2018
Monthly newspaper of the Jewish Federation of Greater Naples
Monthly newspaper of the Jewish Federation of Greater Naples
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22A <strong>Federation</strong> <strong>Star</strong> <strong>February</strong> <strong>2018</strong><br />
ISRAEL & THE JEWISH WORLD<br />
13 of the biggest health breakthroughs in Israel in 2017<br />
A compound that disables cancer cells, an artificial cornea, the world’s first bone implant:<br />
2017 saw major medical advances. We bring you the best.<br />
By Nicky Blackburn, ISRAEL21c, www.israel21c.org, December 26, 2017<br />
1. Compound kills energygenerating<br />
system of cancer<br />
An Israeli researcher devised a synthetic<br />
compound to disable the enzymes<br />
that allow cancer cells to metastasize.<br />
When cancer cells leave the primary<br />
tumor and spread to other organs,<br />
they reprogram their energy-generating<br />
system in order to survive in harsh<br />
conditions with a shortage of nutrients<br />
like glucose.<br />
Prof. Uri Nir of Bar-Ilan University<br />
identified an enzyme called FerT<br />
Prof. Uri Nir (fourth from right) and his lab team<br />
(photo courtesy of Bar-Ilan University)<br />
in the energy-generating mitochondria<br />
of metastatic cancer cells – an enzyme<br />
normally only found in sperm cells<br />
(which need to function outside the<br />
body they came from). When he targeted<br />
FerT in lab mice, the malignant<br />
cells soon died.<br />
Using advanced chemical and robotic<br />
approaches, Nir’s lab team developed<br />
a synthetic compound, E260,<br />
which can be administered orally or by<br />
injection, causing a complete collapse<br />
of the entire mitochondria “power station.”<br />
“We have treated mice with metastatic<br />
cancer and this compound completely<br />
cured them with no adverse or<br />
toxic affect that we can see,” reported<br />
Nir, adding that<br />
normal cells were<br />
not affected.<br />
Phase 1 clinical<br />
trials are<br />
planned over the<br />
next 18 months.<br />
2. Personal menu<br />
to help avoid<br />
diabetes<br />
In 2015, two researchers<br />
from the<br />
Weizmann Institute of Science in Israel<br />
released a groundbreaking study<br />
showing that specific foods and food<br />
combinations affect each individual’s<br />
blood-sugar level differently.<br />
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That discovery was incorporated<br />
into a made-in-Israel app, DayTwo,<br />
which helps pre-diabetics and diabetics<br />
who are not insulin dependent choose<br />
dishes that can best balance their individual<br />
blood-sugar levels. The algorithm<br />
predicts blood-glucose response<br />
to thousands of foods based on gut<br />
microbiome information and other personal<br />
parameters.<br />
High blood sugar is linked to energy<br />
dips, excessive hunger and weight<br />
gain as well as increased risk of metabolic<br />
diseases such as diabetes and<br />
obesity.<br />
To use the app, which went on<br />
sale in the U.S. in 2017, users need<br />
to answer a questionnaire about their<br />
medical history, physical characteristics,<br />
lifestyle and diet. A stool-sample<br />
kit is then FedExed to the user, who<br />
sends it on to DayTwo’s lab. There the<br />
microbiome DNA is sequenced and the<br />
data is plugged into an advanced machine-learning<br />
algorithm.<br />
In about six to eight weeks, users<br />
receive a microbiome report and a sixmonth<br />
plan of personalized meal recommendations<br />
to help balance blood<br />
sugar.<br />
3. World’s first bone implants<br />
In August and December, doctors at<br />
Emek Medical Center in Afula performed<br />
rare bone implants – one on a<br />
man missing part of his arm bone and<br />
the second on a man missing five centimeters<br />
of his shinbone, both as the<br />
result of car accidents.<br />
Normally, the human body cannot<br />
restore bone segments, but revolutionary<br />
tissue-engineering technology<br />
developed by Haifa-based Bonus Bio-<br />
Group enables growing semi-solid live<br />
bone tissue from the patient’s own fat<br />
cells.<br />
The tissue is then injected back into<br />
the patient’s body in the expectation<br />
that the missing bone fragment will be<br />
regenerated in around six weeks without<br />
any danger of implant rejection or<br />
the complications of traditional bone<br />
transplants.<br />
“This surgery is truly science fiction;<br />
it changes the entire game in orthopedics,”<br />
said Dr. Nimrod Rozen,<br />
head of orthopedics at Emek, who carried<br />
out the experimental procedure.<br />
In the future, the Bonus BioGroup<br />
regeneration technology could be used<br />
for a variety of bone-loss conditions,<br />
including bone cancer, for which there<br />
is currently no solution.<br />
4. Artificial cornea<br />
An early-stage Israeli ophthalmic medical<br />
devices startup developed a revolutionary<br />
artificial cornea implant that<br />
holds out hope to millions of blind and<br />
visually-impaired people.<br />
The nanotech-based synthetic cornea<br />
by CorNeat Vision of Ra’anana<br />
proved successful in initial tests on animals.<br />
The company plans human implantations<br />
in Israel in mid-<strong>2018</strong>, and a<br />
larger clinical trial in the United States.<br />
According to the World Health Organization,<br />
diseases of the cornea are<br />
A revolutionary new artifi cial cornea could<br />
one day restore sight to millions of people<br />
around the world (photo via Shutterstock.com)<br />
the second leading cause of blindness<br />
worldwide, affecting as many as 30<br />
million people.<br />
“Unlike previous devices, which attempt<br />
to integrate optics into the native<br />
cornea, CorNeat’s implant leverages<br />
a virtual space under the conjunctiva<br />
that is rich with fibroblast cells, heals<br />
quickly and provides robust long-term<br />
integration,” said CorNeat Vision’s<br />
Almog Aley-Raz. The surgical procedure<br />
takes just 30 minutes.<br />
5. Hernia surgery just got simpler<br />
In June, ISRAEL21c reported on a<br />
new tool developed by Via Surgical<br />
for attaching mesh to tissue, allowing<br />
surgeons to treat hernias with fewer<br />
complications, less pain and faster recovery.<br />
In the U.S. alone, some five million<br />
people have a hernia – a protrusion of<br />
continued on next page<br />
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