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Bahamut

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What is the updated Russian cyber-security doctrine about?
December 7, 2016 NIKOLAI LITOVKIN, RBTH
A new doctrine signed by Vladimir Putin reveals that a new factor has been added to the threats to Russia's military and economic cyber-security: the undermining of traditional moral values.
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TECHNOLOGY, DEFENSE, CYBERSECURITY, CYBER SECURITY, RBTH DAILY

The new Russian information security doctrine claims that foreign special services and leaders exercise informational and psychological influence over other countries with the aim of destabilizing the domestic political situation in Russia. Source: Reuters

According to the new Russian information security doctrine, signed by President Vladimir Putin on Dec. 6, one of the main threats to Russia is "the increase in opportunities that a series of foreign countries has to influence Russia's information infrastructure for military purposes."

The document was published on Russia’s official internet site for legal information. The doctrine, which was developed by the Russian Security Council, immediately goes into effect.

The new doctrine also claims that foreign special services and leaders exercise informational and psychological influence over other countries with the aim of destabilizing the domestic political situation in Russia.

Russia's government has paid special attention to countering new “Twitter revolutions,” those similar to the ones that occurred in the Middle East in the beginning of the decade, according to a cyber-security expert. Source: Kremlin.Ru

The document places a particular accent on the work of foreign mass media and its impact on Russians, primarily on the country’s youth. The aim of this influence is to erode cultural and spiritual values, to undermine moral principles, historical foundations and patriotic traditions, notes the document.

One of the main purposes of cyber-security, according to the doctrine's authors, is the "strategic deterrence and prevention of military conflicts, which can result from the use of information technologies."

Evaluating the doctrine
"In its current form the doctrine better outlines the threats to Russia's military-technological security. For example, it emphasizes protection from targeted cyber-operations conducted by foreign special services, as well as the fight against foreign reconnaissance activity in Russia," said Oleg Demidov, a cyber-security expert from the PIR Center, a Moscow-based independent think tank.

In his words, Russia's government has paid special attention to countering new “Twitter revolutions,” those similar to the ones that occurred in the Middle East in the beginning of the decade.

"The Arab Spring demonstrated that Facebook, Twitter and other instant messaging services allow a lot of content that threatens social and political stability. The main thing is that we don't have an effective model for blocking such processes," said Demidov.

What has been lost?
In Demidov's view, the new doctrine contains three systemic problems.

Firstly, the role of the key operator in the critical information infrastructure – the private sector – is unclear. "Usually, companies such as Kaspersky Lab, Infowatch, Group-IB and many others protect Russian state structures from Internet attacks. Business must be a priority in this doctrine," he explained.

Secondly, it is necessary to increase the level of international interactivity with the SCO (Shanghai Cooperation Organization) and CSTO (Collective Security Treaty Organization) countries, as well as with Russia's other allies.




Are Russian banks vulnerable to cyberattacks from abroad?



Finally, it is necessary to make sure that there is practical interactivity between national and sectoral centers that react to threats. In Russia such centers exist on the federal level (FSB), the sectoral level (attached to the Central Bank) and on the private level.

"It is necessary to conduct more joint exercises and 'practice' scenarios with large international cyberattacks that can simultaneously undermine the work of several state services," said Demidov.

The turning point
The doctrine is not a normative act and does not have direct effect. It just creates a skeleton and foundation for developing further documents and bills.

For example, Demidov noted, it will help adopt the basic bill on critical information infrastructure: "Its last version, which the FSB developed in 2013, is lying somewhere in the backyard. The legislative holes can now be covered,” he said.

Russia has drastically changed its view on cyber-security after 2010, when American and Israeli special services struck Iran's nuclear facilities in the course of Operation Stuxnet, said editor-in-chief of National Defense magazine Igor Korotchenko.

"As a result of the external influence, the country's uranium enrichment centrifuges entered a critical state and broke down en masse," said Korotchenko.

In Korotchenko's words, this attack threw back Iran's nuclear development by eight years.

On Dec. 2 the FSB announced that attacks on Russia's banking sector that it claims would be carried out by Western special services were imminent, though only one such attack has so far been detected.
 

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World’s first permafrost greenhouse farm starts operating in Russia
December 6, 2016 KIRA EGOROVA, RBTH
Japanese investment will help increase the local production of vegetables in the eastern Siberian republic of Yakutia and the city of Khabarovsk in Russia’s Far East, where the main source of out-of-season vegetables is currently imports from China.
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Greenhouse farms in Russia require a lot of energy to heat them in winter. Source: Donat Sorokin/TASS

In December 2016, the Sauri greenhouse farm outside Yakutsk (5,150 miles east of Moscow) will gather its first harvest of tomatoes grown in permafrost, the farm’s managing director Maxim Sleptsov has told RBTH.

The Sauri company, with Japan’s Hokkaido Corporation among its co-investors, has become the world’s first greenhouse complex to operate in the far north all year round, the company’s press release said.

Seedlings on ice
According to Sleptsov, the first batch of tomato seedlings were planted in October 2016. It is expected that once it reaches full capacity, the company will be able to produce 470 tons of tomatoes, 1,692 tons of cucumbers and 28 tons of lettuce and other culinary plants a year. The cost of the project is estimated at 1.3 billion rubles ($19 million).

Sauri is based in the Kangalassy advanced development territory, which offers preferential terms for investors and residents. In March 2016, Hokkaido Corporation, together with the Yakutsk city administration and a regional bank, Almazergienbank, signed an investment agreement for the construction of greenhouses on an area of 3.3 hectares.




State assistance to be made available to 90,000 foreign companies in Russia



At present, the first phase of the project has been completed, with greenhouses covering an area of one hectare having been built. The rest of the construction is due to be completed by 2020, Sleptsov said.

Under the contract, Hokkaido Corporation has also supplied technologies and equipment from Japan for the construction of the greenhouse farm. In particular, the Japanese equipment is responsible for the computerized management of the microclimate and regular delivery of fertilizers with manual labor reduced to a minimum, the Sauri press release said.

All the vegetables will be sold on the domestic market in Yakutia.

“So far, the main foreign supplier of vegetables to the Yakutian market has been China, and there is no competition in the production of tomatoes, cucumbers or lettuce,” Maxim Sleptsov explained.

Yet, even with Chinese supplies factored in, vegetable consumption in Yakutia is below the recommended norm due to the lack of good-quality vegetables, he continued. According to Sleptsov, Sauri’s production will meet 14.3 percent of the region’s demand for tomatoes, 51.3 percent of demand for cucumbers, and 7.4 percent for lettuce and various herbs.

Cheap gas and Japanese logistics
Another example of Japanese investment in the greenhouse business in the Russian Far East is the JGC Evergreen company, which has for more than a year now been growing tomatoes and cucumbers in an advanced development territory outside Khabarovsk. The amount of investment in the project has been reported at over 2 billion rubles (over $30 million).

“Next year, we are planning to double the capacity of our [greenhouse] complex in the Khabarovsk Territory. We have already felt that there is very high demand in Russia for good-quality domestically-grown vegetables,” JGC Evergreen executive director Tomoyuki Igarashi told RBTH.

The company currently produces 1,000 tons of tomatoes and cucumbers a year and, according to Igarashi, accounts for about 10 percent of the vegetable market in Khabarovsk.

Greenhouse farms in Russia require a lot of energy to heat them in winter. Yet, according to Igarashi, the greenhouse business in Russia is economically attractive thanks to the cheap gas, which makes production more cost-effective. “Our expenditure on gas in Russia is a fifth of the amount spent in Japan,” he explained.

The expansion of JGC Evergreen’s business is closely related to plans for the construction of a logistics center in the industrial park where the greenhouse farm is situated. Once the logistics center has been built, JGC Evergreen plans to use it to install cold chambers for long-term storage of various varieties of vegetables.

“Japan has advanced technologies about cold chamber. Therefore I would like to introduce such technology to Russia,” said Igarashi.

Greenhouses and geysers
Lack of domestically grown vegetables and large volumes of imports from China as well as attractive preferential terms offered to residents of an advanced development territory in the Far East were the decisive factors for Russian investors to invest in the establishment of the Green Farm greenhouse complex in the Kamchatka Territory.




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By 2017, a greenhouse farm on an area of 4.8 hectares is planned to be built outside Petropavlovsk-Kamchatsky to grow tomatoes, cucumbers, lettuce and other herbs, the company’s director Andrei Abikh told RBTH.

Initially, Green Farm management considered the option of heating the greenhouses with the hot springs that Kamchatka is famous for. However, that idea had to be abandoned because of high economic and environmental costs, Abikh explained. Natural gas turned out to be a more cost-effective, energy-efficient and stable solution, he added.

According to Abikh’s estimates, local vegetable production in Kamchatka Territory does not exceed 15 percent of consumption, with the remaining 85 percent made up of imports from China.

“The implementation of our project will make it possible to increase the share of domestic production of greenhouse vegetables to 35 percent, primarily replacing imports,” said Abikh.
 

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Who wants to live forever?
December 6, 2016 VICTORIA ZAVYALOVA, RBTH
Russian scientists' quest to slow down aging has helped them find new ways to treat some illnesses. When will the elixir of immortality be available on the market?
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Russian scientists have previously tested their pioneering procedures on themselves. Source: Sergei Konkov/TASS

When Russian biophysicist Alexey Karnaukhov had his bone marrow transplanted into his body last October in hopes that he could live to 150 years old, his experiment did not make headlines. Russian scientists have previously tested their pioneering procedures on themselves. For instance, cryologist Anatoly Brushkov injected himself with a compound containing a sample of an ancient strain of bacteria that survived in permafrost for millions of years, and Vladimir Skulachev of the Russian Academy of Sciences took some eye drops with an anti-aging agent developed by his lab.

Skulachev said the experimental drug cured his cataracts. "I was almost blind, so I decided to volunteer as a test subject. By that time, we had already successfully treated cataracts in 500 elderly rats,'' he said.

Ophthalmologists were fascinated with the results of this experiment. Skulachev’s laboratory is currently working on an affordable drug that can cure most ailments associated with aging.

Fountain of Youth?
Skulachev is studying mitochondria, cellular sub-units in human cells. According to his theory, as mitochondria wear out due to oxidation they eventually prevent the body's cells from staying healthy.

"If we unlock the mechanism of this process, people will be able to stay healthy well into old age," said Skulachev. "But this isn’t immortality. Instead, the idea is to rid humanity of the humiliating state of senility at the end of life. There are examples of this in nature; for example, many species of crocodiles, certain turtles and the bowhead whale do not age."

Vladimir Skulachev of the Russian Academy of Sciences. / Source: PhotoXPress

Together with his sons – Maksim, a biologist, and Innokenty, a mathematician – Skulachev developed a new chemical that can slow down aging. The chemical, dubbed SkQ, delivers natural antioxidants into human tissues. It has been tested on animals.

Maksim Skulachev, the researcher’s elder son, founded Mitotech, a lab that is working on an SkQ-based medicine suitable for humans. The project has earned the attention of Russian billionaires. In 2005, Oleg Deripaska invested $15 million, but funding was cut after the financial crisis hit in 2008. Later, Mitotech secured support from the government-owned nanotechnology company, Rosnano, and several private investors.

Rejuvenating serum
In its quest to develop an ‘immortality pill’, the lab produced a rejuvenating serum sold under the brand name Mitovan, as well as Visomitin, drops used to treat dry eye syndrome. The drops have been available in Russia for some time, and are currently undergoing clinical trials in the U.S.




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To complete the trials, Mitotech requires an investment of $15 million, and is currently searching for a backer in the United States, preferably an American pharmaceutical company that could ensure the drug gets access to the market.

"If all goes well, Visomitin will be available in the U.S. in 2018 or 2019," Maksim Skulachev told RBTH.

Milotech is also preparing the release of Visotimin Forte, a new eye medication.

"We’ve increased the dosage tenfold to increase the drug’s efficiency," said Skulachev. "Thus, we will be able to preserve a person’s eyesight until well into old age."

This year, the lab came closer to launching the long-awaited elixir of youth that it has been working on for almost 11 years. Clinical tria ls are expected to be completed within a few years, and the new anti-aging drug will then be available.

Commercializing breakthroughs
The Russian government is also interested in anti-aging technologies. In early 2015, the Moscow Institute of Physics and Technology (MIPT) established the Center for Research on Molecular Aging Mechanisms.

Professor Valentin Gordely, a famous Russian biophysicist who previously worked at the Institute of Structural Biology in Grenoble, France, took charge of the new center. And director of the Bridge Institute at the University of Southern California, Raymond C. Stevens, a man famous for commercializing scientific discoveries and bringing new drugs to the market, became the chairman of the Center’s supervisory committee. The Center has six labs and has received about $10 million in state funding since 2009.

"One of our goals is defining the structure of proteins responsible for aging," said Vladimir Chupin, head of the biophysics department at MIPT. "Our research will allow us to create drugs through computer-aided engineering, as well as methods of chemistry and biology."

The Center focuses on researching membrane proteins related to the processes behind aging-related diseases, and it plans to open a research lab to study Alzheimer’s.

Living to 150
Biophysicist Alexey Karnaukhov’s ambition is to live to 150. He thinks that extending a person’s lifespan is possible by transplanting their own cells that have been stored separately and have not been damaged by external factors.

"In our experiments the average lifespan of mice improved by 34 percent," Karnaukhov told RBTH. "Their fertile period has also been extended; in human years, the females gave birth as late as the age of 60. The mice were also much more active and looked younger in general – their fur became more shiny and fluffy."

Nevertheless, each rejuvenation method has downsides. Karnaukhov said a patient can only receive cells that are his own, and that cells cannot be rejuvenated artificially since they can potentially succumb to various genetic defects in the process.

"Our own cells can find their place in our body on their own, and can be used to restore an elderly person’s health,'' Karnaukhov said.
 

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Crossbred cat embryos frozen in Siberia will save endangered species
November 30, 2016 MARINA MOSKALENKO, SPECIAL TO RBTH
Biologists in Siberia are growing embryos of wild cats crossbred with domestic cats to save endangered species from extinction. A cryobank keeps this feline genetic material well preserved in dry ice.
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Researchers hope that test tube crossbreeding will help save endangered feline species from extinction. Source: Vostock-Photo

"The Iberian lynx, the snow leopard, the black-footed cat…in the near future these and other cats are at risk of disappearing forever," said Valeria Kozhevnikova, a PhD student at the Institute of Cytology and Genetics in Novosibirsk. "Almost 60 percent of the 39 kinds of cats that exist in the world are on the verge of extinction."

For the first time ever scientists in Siberia have grown embryos of domestic cats that are crossbred with wild cats. One is a hybrid of a normal cat with the Far Eastern wildcat, which is on Russia's list of endangered animals. Researchers hope that test tube crossbreeding will help save endangered feline species from extinction.



Vitaliy Ankov/RIA Novosti
Amur cat at Sadgorod Zoo in Vladivostok

Alamy/Legion Media
Caracal

Alamy/Legion Media
Leopard cat

Alamy/Legion Media
Manul

Alamy/Legion Media
Siberian Tiger

Alamy/Legion Media
Snow Leopard

Alamy/Legion Media
Black-footed cat

Alamy/Legion Media
Sand cat


1/8



Kitty sperm bank
Until recently feline hybrids were obtained through natural coupling, but wild breeds were reluctant to mate with domesticated cats. Therefore, Siberian scientists are developing new ways to preserve the cats' genetic material with methods based on new achievements in reproductive biology.

In addition to crossbreeding endangered wild cats with domesticated cats, scientists have also devised a way to freeze the feline embryos. This is a significant achievement because cat embryos contain many lipid granules that are extremely sensitive to cold and are easily destroyed when the temperature falls.

Catembryos contain many lipid granules that are extremely sensitive to cold and are easily destroyed when the temperature falls. Source: Personal archive

In addition, scientists have frozen semen of the Far Eastern wildcat, a subspecies of the Bengal cat, the Iberian and Eurasian Lynx, as well as various breeds of domesticated cats.

The idea to create a cryobank for preserving embryos that can later be defrosted and transplanted into animals is not new. It is impossible, however, to reestablish the endangered species in such a manner. Even a member of a closely related breed will not be able to sustain the embryo.

Hybrid breeds can be excellent surrogate mothers, however, and this is the goal of the cryo-conservation and reproductive technologies at the Siberian institute.

Fertilizing felines invitro
The Siberian scientists grew the hybrid cat embryos in test tubes with the help of standard in vitro fertilization (IVF). The experiment was conducted by Kozhevnikova and her colleagues under the supervision of biologist, Dr. Sergei Amstislavsky.

"Thanks to IVF and similar reproductive technologies, the world has seen kittens born from the serval, the fishing cat, the sand cat and other rare and endangered species," said Kozhevnikova.

Almost 60 percent of the 39 kinds of cats that exist in the world are on the verge of extinction. Photo: Valeria Kozhevnikova, a PhD student at the Institute of Cytology and Genetics in Novosibirsk. Source: Personal archive

Currently, embryos are frozen and preserved at the temperature of liquid nitrogen. "We know for sure that they will remain alive," said Kozhevnikova. "In the future we will place them into an incubator for further development and then transplant them into a cat recipient."

The hybrid cats bred in Novosibirsk will not be born for a while, however. For this to happen it is first necessary to create a cat nursery where researchers will prepare future mothers for hybrid cats. This will help perform embryo transplants at the moment when the female is ready.

For now, these hybrid cats that consist of several frozen cells will remain embryos. But the researchers hope to finish the project in the nearest future.

"I want to defend my PhD thesis with a kitten on my shoulder; a kitten obtained through IVF," Kozhevnikova said.
 

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How Google Glass is helping Siberian scientists study brain disease
November 24, 2016 EKATERINA GORLITSYNA, SPECIAL TO RBTH
Russian scientists are using Google Glass to study how both healthy people and those with diseases react to virtual reality. They believe their research can help identify Alzheimer and Parkinson's diseases, as well as other brain disorders, at an early stage.
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In the first stage the scientists used Google Glass to study how healthy people and patients with various diseases react to virtual reality. Source: Reuters

Siberian scientists are developing software for virtual testing to determine a person's predisposition to certain brain diseases. The procedure could even be used on children as young as five years old.

The software is being developed by researchers at the Tomsk Polytechnic University and the Siberian State Medical University, and they are already using Google Glass to study how healthy people and patients with various diseases react to virtual reality.

Google Glass to the rescue
Using Google Glass headsets, researchers analyzed participants' movements in virtual reality.

"They evaluated the condition of the muscles, the brain and the vestibular system, and there is a difference between the vestibular system's reaction in healthy people and that in sick people," said Ivan Tolmachev, one of the procedure's developers.




Psychiatrists believe more Muscovites suffering from ‘trafficphobia’



The study's main aim is to gather a large amount of medical data on various parameters. The test was conducted on 70 people -- 30 healthy individuals, 20 Parkinson’s patients, and 20 people suffering from sclerosis.

The next stage is to develop special software, which Tolmachev estimates will cost about 1.8 million rubles ($27,500), but this will require certification and further clinical testing.

Each participating person is required to be aware of what is happening around them and understand the doctor's instructions. The scientists are also planning to work with children who are five and older in order to understand if they are predisposed to brain disease.

Yevgeny Blagoveschensky, a researcher at the Institute of Translational Biomedicine at St. Petersburg State University, said that it is still too early to use the VR testing system in clinics. He believes the Siberian scientists need to study more patients, and it is important that they be in good health because a simple cold can significantly distort the results.

German research
In October 2015 scientists at a clinic in Bonn, Germany conducted tests to identify brain disease with the help of virtual reality. Nikolai Axmacher, professor at the Institute of Cognitive Neurosciences and the project's director, said the tests do not analyze the patient's movements but rather the brain's activity.




Helping themselves by helping others: Russia’s disabled psychologists



As part of the study patients took a virtual test with the help of glass TV screens in a functioning Magnetic Resonance Imaging (MRI) scanner. The patient's body, however, did not move in reality. Instead, patients controlled their virtual movements with the help of a special button. If a patient is prone to a brain disease the activity of some cells responsible for coordinating movement is weakened or absent completely.

The German scientists are also not yet ready to use their procedure on a wider commercial scale. The main challenge is to lower the scanning time. "For now, it takes 75 minutes and this is more than patients can tolerate," said Axmacher.
 

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Helping themselves by helping others: Russia’s disabled psychologists
November 10, 2016 OLEG YEGOROV, RBTH
A free Moscow service offering remote psychological assistance allows psychologists with disabilities to help those in need.
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Help Yourself by Helping Others project was born in 2012, at the Moscow State Psychological and Pedagogical University. Source: PhotoXPress

Since many believe that psychologists and therapists are those who themselves have endured serious trials and learned to deal with them, there is nothing unexpected, at first glance, in the idea of creating a psychological service that employs people with disabilities. However, in Russia there is only one organization to employ disabled psychologists.

Irina Sadogurskaya, one of the psychologists of the project Pomogaya Drugim – Pomogayesh Sebe (Help Yourself by Helping Others), or PDPS, previously worked as a tour operator. Seven years ago she suffered a spinal injury in an accident in Southeast Asia.

Irina Sandogurskaya / Source: Personal archive

"There was a choice – either to surrender and bury yourself alive, or to start from scratch," said Sadogurskaya. She chose the latter option and decided to become a psychologist.

Helping someone like you
Help Yourself by Helping Others is an example of a bottom-up solution, due to initiative and enthusiasm. The project was born in 2012, at the Moscow State Psychological and Pedagogical University (MGPPU), where PDPS founder Vera Zakharova worked.

The university administration approved the idea of the project to employ psychologists with disabilities, who took distance training at MGPPU. This is how Russia's only fully remote psychological assistance service where people with disabilities work was born.

"The project was originally conceived in such a way that psychologists with disabilities should advise similar people with disabilities," said Sadogurskaya, who was one of the first psychologists to take part in the project.

Vera Zakharova / Source: Personal archive

"And I knew that I would succeed, I had something to share with such people. I was able to cope with the most severe depression, and I felt that I could help other people who find themselves in difficult situations."

Via Skype and on the forum
PDPS' psychologists are approached not only by people with disabilities, but also with a variety of other problems, including bereavement, relationship problems, and depression.

The remote psychological assistance service receives about 100 calls and 50 requests per month for consultation by correspondence – a lot for the small project, which employs only 10 psychologists and has no money for advertising or expansion.

All clients receive free help – this is the project's main principle. Psychologists with disabilities, who themselves are facing serious challenges in life, understand like no other how important it is that those who are on the verge of despair have a chance to get free help.

The project operates fully remotely: The psychologists work from home, communicating with each other over the internet to discuss difficult cases. According to PDPS employees, remote work has serious advantages for customers: By talking on Skype or exchanging messages with a psychologist on the forum, it is easier for many to open up and talk about their problems.

Difficult fate
While the project is a success, with numerous customers posting grateful responses on the PDPS website, from a financial point of view, the service is on the brink of survival. It does not take money from customers, the project has almost no sponsors, and employees get almost no wages.




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The service now relies only on charitable donations on the Takiye Dela (These Things) website and, more importantly, the enthusiasm of employees, said founder Vera Zakharova.

"Remote work for our psychologists with disabilities is the only way to realize themselves creatively, to belong to their favorite profession," she said. It is quite possible to work without pay, but only for beginners, as they adapt to the profession. This means that PDPS is always looking for a livelihood.

"I'm a little sick of the words 'desire to help people,' because they are too pretentious and hackneyed," said Sandogurskaya, contemplating what makes her continue working. "I formulate it as follows: 'a sense of demand' and sometimes even irreplaceability."



Employment problems
According to data from the state statistical agency Rosstat, 12.7 million people with disabilities were registered in Russia in 2016. Only 20 percent of them work.

The problem is not only the lack of appropriate conditions of access to the environment, but also the unwillingness of society to integrate professionals with severe disabilities, says Vera Zakharova, head of the remote psychological assistance project PDPS.

Many people with disabilities cannot go to the office – they need to work at home. Not all employers are willing to provide such conditions.

"The more technical the specialty, the easier it is to find a job – that is, for example, a wheelchair user working from home may very well be an accountant or a computer specialist," says Zakharova. But professions requiring communication with people, such as a psychologist, are almost inaccessible for the disabled in Russia.
 

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Russian scientists have delivered the second batch of high energy commutators to ITER thermo-nuclear reactor research sight:
http://sdelanounas.ru/blogs/87137/


OMNIIP research institute has developped worlds 1-st class multi-tiered motherboards using thin tapes 3D LTCC:



Shwabe Concern has delivered a batch of high precision defraction grids to Ireland:
http://sdelanounas.ru/blogs/87133/
 
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Rusian khokkey celebrates the 70-th Anniversary with veteran teams champ:
 

gadeshi

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A White Bear polar after-landing survival suite and the other stuff for space exploration:
 

gadeshi

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FEDOR space utility robot will fly to ISS and Russian indigenous space station in 2021:
NPO Energomash has succesfully fire-tested worlds first liquid gas powered detonative space rocket engine developped under Ifrit development programme:
https://rg.ru/2016/11/13/video-ispytan-novyj-rossijskij-raketnyj-dvigatel-s-imenem-demona.html
And KBKhA (Voronezh) to fire test conventional LNG-powered space rocket engines family:
https://rg.ru/2016/11/02/reg-cfo/v-voronezhe-postroiat-raketnye-dvigateli-na-gaze.html
 
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gadeshi

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New Russian Army assault rifles AK-12 (5.45x39), AK-15 (7.62x39) and SOS AR AEK-971 (5.45x39), AEK-972 (7.62x39) for Ratnik-2 Future Soldier equipment suit will finish State tests until the beginning of Y2017:
https://rg.ru/2016/12/08/reg-pfo/st...atsia-vojskovye-ispytaniia-ak-12-i-ak-15.html


Russian tank crews and motor rifles had conducted the first massive 3D virtual combat training in Nizhniy Novgorod Army training center:
https://rg.ru/2016/12/02/reg-pfo/pod-nizhnim-novgorodom-motostrelki-nachali-3d-vojnu.html
 
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