Mobiles & Tablet

Nokia brand licensee HMD Global to ramp up sourcing from India

Our Bureau Chennai | Updated on September 15, 2020 Published on September 15, 2020

Jean Francois Baril, Executive Chairman, HMD Global

HMD Global, which holds the licence to manufacture and sell Nokia-branded phones, is planning to grow its manufacturing and sourcing from India to meet its global demand.

“In the context of the new geopolitical crisis developing very fast between the West and the East, our motto is to create, source, make and later on export from India and this is currently at a very serious level discussion at the highest level of the company,” said Jean Francois Baril, Executive Chairman, HMD Global.

He was delivering a virtual keynote address at the inaugural session of the 19th edition of Connect 2020, an event organised by the Confederation of Indian Industry (CII), jointly with the Government of Tamil Nadu, and co-hosted by STPI - Ministry of Electronics and Information Technology (MEITY), Government of India.

“We are already manufacturing everything that we sell in India but sourcing is yet to pick up at global proposition,” Baril added.

He also said that the company's vision goes well with India’s ambition to become a $5-trillion economy and the country’s export-oriented approach after meeting its self-reliance goals.

“So, it is utmost important that we balance the work and support India to become the next generation of hi-tech in this cluster,” said Baril. The Finnish device maker recently raised $230 million from investors like Nokia Technologies, Google and Qualcomm.

TN as South Asian ICT hub

In his chief guest address, RB Udhayakumar, Tamil Nadu’s Minister for Revenue and Disaster Management and Information Technology, said the State government is actively promoting the IT sector with the objective of making the State the information and communications technology (ICT) hub of South Asia.

“IT & ITes exports increased by 12 per cent to ₹1.39-lakh crore in 2019-20, as against ₹1.23-lakh crore in the previous year,” Udhayakumar said, adding, “Employment by the sector grew nearly 12 per cent to 7.4 lakh in 2019-20.”

The minister added the government is actively engaging with the industry to strengthen and develop the IT sector across the State, particularly in the tier 2 and 3 cities.

“The rural broadband project (Bharat Net) is being implemented in the State with an investment of ₹1,850 crore, through which 12,524 villages will be connected through an optical fibre network and provided with not less than 1GB high speed network connectivity in each village,” Udhayakumar added.

Hans Raj Verma, Additional Chief Secretary – IT, Government of Tamil Nadu, in his special address, said that being strategically located on the east coast of India, Tamil Nadu is a natural choice for data centres in the country.

Digital enablement

Delivering a keynote address C Vijayakumar, President & CEO, HCL Technologies, said digital transformation has offered safety to customers, employees and businesses ever since the onset of the pandemic.

Noting that digital will play the role of lead architect in almost every sector in the future, he said: “To create a recovery blueprint that is holistic, sustainable and rapid, we need to think of digital enablement in three layers: digital foundation, digital business opportunities and digital operations.”

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Published on September 15, 2020
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Nokia brand licensee HMD Global to ramp up sourcing from India

Yuengling, America's Oldest Brewer, Invades The West Coast
1-MIN READ

Yuengling, America's Oldest Brewer, Invades The West Coast

FILE - Cases of canned Yuengling Traditional Lager are stacked in the warehouse of the D.G. Yuengling & Son Brewery Mill Creek plant on Tuesday, July 21, 2020, in Pottsville, Pa. Pottsville, Pennsylvania-based D.G. Yuengling and Son Inc. said Tuesday, Sept. its forming a joint venture with Molson Coors Beverage Co. to expand distribution of its beers beyond the East Coast. Yuengling, a 191-year-old family-owned brewery known for its cheap German-style lager, will remain independent.(Lindsey Shuey/Republican-Herald via AP, File)

FILE - Cases of canned Yuengling Traditional Lager are stacked in the warehouse of the D.G. Yuengling & Son Brewery Mill Creek plant on Tuesday, July 21, 2020, in Pottsville, Pa. Pottsville, Pennsylvania-based D.G. Yuengling and Son Inc. said Tuesday, Sept. its forming a joint venture with Molson Coors Beverage Co. to expand distribution of its beers beyond the East Coast. Yuengling, a 191-year-old family-owned brewery known for its cheap German-style lager, will remain independent.(Lindsey Shuey/Republican-Herald via AP, File)

Hey West Coast beer lovers, it's pronounced YING-ling.

  • Last Updated: September 15, 2020, 9:21 PM IST

Hey West Coast beer lovers, it’s pronounced YING-ling.

D.G. Yuengling and Son, America’s oldest operating brewer, is sending some cold ones your way for the first time since it began making beer in 1829.

The brewery, about two hours northwest of Philadelphia, announced a joint venture with Molson Coors on Tuesday to break out beyond its traditional 22-state distribution area in the East.

Raising beers to toast the new partnership with the Pennsylvania brewer, Molson Coors CEO Gavin Hattersley said, Were going to make a whole lot of Yuengling fans out West really happy.

The family-owned brewery known for its cheap German-style lager will remain independent. A six-member board of directors three from Yuengling and three from Molson Coors Beverage Co. will oversee Yuenglings expansion starting in the second half of 2021.

Yuengling has two breweries in Pennsylvania and one in Florida. Molson Coors, the nations second-largest brewer, has seven primary breweries and six craft breweries.

The partnership gives Molson Coors a popular brand at a time when beer sales have gone flat. Beer sales fell 2% in the U.S. last year, with canned cocktails and hard seltzers gaining popularity, according to the Brewers Association, a trade group.

The companies said they will announce in a few months which western states will get Yuengling first.

Jennifer Yuengling, vice president of operations and a sixth generation brewer, said the companies have talked of partnering for some time, and the time is right.

Disclaimer: This post has been auto-published from an agency feed without any modifications to the text and has not been reviewed by an editor

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Nokia brand licensee HMD Global to ramp up sourcing from India

Soup-sale teacher only able to buy 2 tablets

Soup-sale teacher only able to buy 2 tablets

Mason Hall Government Primary School teacher Melissa Dwarika, right, serves customers while assisted by some of her colleagues, relatives and friends at her home in Collier Trace, Glen Road on Saturday.  - DAVID REID
Mason Hall Government Primary School teacher Melissa Dwarika, right, serves customers while assisted by some of her colleagues, relatives and friends at her home in Collier Trace, Glen Road on Saturday. - DAVID REID

Standard five teacher Melissa Dwarika said she would be only able to buy two tablets for her students with the money she raised from a soup sale on Saturday.

Last Saturday, Dwarika had a mission: to make enough soup to ensure that none of her students are left behind now that the educational focus has shifted to online learning.

So she hosted a soup sale to raise money to buy electronic devices so they could study online.

Giving an update on Monday, she said she would be able to buy two of the eight devices she had planned to get.

“We didn’t secure the amount we were hoping to. Persons made orders but didn’t come to collect the food. So from the money collected, we’re able to get two tablets,” she said.

She had hoped to raise enough to help eight children in her class who do not have a smartphone, laptop, or even internet access.

Dwarika said since Newsday’s story on Friday about her charitable effort, she had been inundated with calls offering help, even from the US and UK.

“I have groups working to try to get devices shipped to me. I also started a GoFundMe TT for those who want to make financial pledges,” she said.

Dwarika said Secretary of Infrastructure, Quarries and Environment Kwesi Des Vignes was a patron.

Since schools were closed in March, she said, she has embraced online teaching and tried to make it fun and engaging for her students.

She had wanted to continue the soup sale on weekends until she could help all her students.

“I was really hoping. I’m not sure...given the sales, I’m really not sure. I don’t mind doing it again, it was just that the turnout was a little bit disappointing."

But someone who runs a grocery in Tobago had called her. "He is willing to assist me with the materials, if I have to do it again."

Next time, she said,"Rather than soup, I might do a curryque or a barbecue.”

He students called too, she said. "They were really thankful that I am trying to assist, and they promised to really work.

"These children, some of them have been talked down to so much and really discouraged that they didn’t think that somebody would have been helping them in this way.”

Dwarika held the soup sale at her house on Collier Trace, Glen Road.

The mother of three said the covid19 pandemic has put families under pressure and with classes now being online, a home computer and internet access are no longer a luxury, but a necessity.

“Today was the start of school and there were ten of my 14 students online."

She said she would have to log back on later for another four who were unable to get online, because they were using devices borrowed from their parents or someone else that might be available then.

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Nokia brand licensee HMD Global to ramp up sourcing from India

Newborn baby dies and two arrested after Doncaster dog attack - BBC News

Newborn baby dies and two arrested after Doncaster dog attack

Published
image copyrightGoogle
image captionThe baby was taken to hospital but died a short time later, police said
Two people have been arrested after a 12-day-old baby died after being attacked by a dog in Doncaster.
Emergency services were called to Welfare Road, Woodlands, at about 15:30 on Sunday after reports of a dog attacking a child, police said.
The baby had been bitten by a dog causing serious injuries, South Yorkshire Police added.
A 35-year-old man and a 27-year-old woman have been arrested on suspicion of gross negligence manslaughter.
They have both been bailed while inquiries take place, the force said.
The newborn was taken to hospital but died a short time later.

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Nokia brand licensee HMD Global to ramp up sourcing from India

Tiny protein motor fuels bacterial movement -- ScienceDaily
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Tiny protein motor fuels bacterial movement

Date:
September 15, 2020
Source:
University of Copenhagen The Faculty of Health and Medical Sciences
Summary:
The ability to move is key for bacteria like some strains of salmonella and E. coli to efficiently spread infections. They can propel themselves forward using threads, known as flagella, powered by the flagellar rotary motor. But how this rotary motor is powered has been a mystery among scientists. Now, researchers show that the bacterial flagellar motor is powered by yet another even tinier, rotary motor.
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There are billions of bacteria around us and in our bodies, most of which are harmless or even helpful. But some bacteria such as E. coli and salmonella can cause infections. The ability to swim can help bacteria to seek out nutrients or to colonize parts of the body and cause infection.

Researchers from the Faculty of Health and Medical Sciences, University of Copenhagen, have now provided fundamental insight into how this bacterial movement is powered, solving a yearlong mystery within the field.

'A lot of bacteria can move, or swim, because they have long threads, also known as flagella, which they can use to propel themselves forward. They do this by rotating these threads. The rotation is powered by a rotary motor, which again is powered by a protein complex known as the stator unit. This is all well known within our field. What we now show is how this stator unit powers the motor, which has been a mystery so far', says Associate Professor and Group Leader Nicholas Taylor, Novo Nordisk Foundation Center for Protein Research.

Quite surprisingly, the team shows that the stator unit itself is in fact also a tiny rotary motor. This tiny motor powers the large motor, which makes the threads rotate, causing the bacteria to move. The results contradict existing theories on the mechanism of the stator unit, and this new knowledge might be useful in the fight against bacteria-based diseases.

'Most researchers, including ourselves, actually thought that the technical mechanism and the architecture of the stator unit was quite different to what our study shows. Knowing the actual composition and function of this unit paves the way for therapeutic purposes. When we know what makes bacteria move, we might also be able to inhibit this movement and thereby stop it from spreading', says Nicholas Taylor.

Cryo-electron microscopy reveals the architecture of the motor

The researchers determined the structure of the stator unit complex by using cryo-electron microscopy. Working with this technique, they were able to elucidate its architecture, see how it is activated and provide a detailed model for how it powers rotation of the flagellar motor.

"The motor consists of two proteins: MotA and MotB. The MotB protein is anchored to the cell wall, and is surrounded by MotA proteins, which, upon dispersion of the ion motive force, rotates around MotB. The rotation of MotA in turn powers rotation of the large bacteria motor," says Nicholas Taylor.

"Furthermore, our model shows how the stator unit can power rotation of the bacterial flagellar motor in both directions, which is crucial for the bacteria to change their swimming direction. Without direction change, bacteria would only be able to swim straight in one direction."

Next step for the group is to find out if it is possible to inhibit the stator units using chemical compounds, which could have antibiotic effects.

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Materials provided by University of Copenhagen The Faculty of Health and Medical Sciences. Note: Content may be edited for style and length.


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University of Copenhagen The Faculty of Health and Medical Sciences. "Tiny protein motor fuels bacterial movement." ScienceDaily. ScienceDaily, 15 September 2020. <www.sciencedaily.com/releases/2020/09/200915105959.htm>.
University of Copenhagen The Faculty of Health and Medical Sciences. (2020, September 15). Tiny protein motor fuels bacterial movement. ScienceDaily. Retrieved September 15, 2020 from www.sciencedaily.com/releases/2020/09/200915105959.htm
University of Copenhagen The Faculty of Health and Medical Sciences. "Tiny protein motor fuels bacterial movement." ScienceDaily. www.sciencedaily.com/releases/2020/09/200915105959.htm (accessed September 15, 2020).

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Nokia brand licensee HMD Global to ramp up sourcing from India

Risk gene for Alzheimer's has early effects on the brain -- ScienceDaily
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Science News
from research organizations

Risk gene for Alzheimer's has early effects on the brain

Date:
September 15, 2020
Source:
DZNE - German Center for Neurodegenerative Diseases
Summary:
A genetic predisposition to late-onset Alzheimer's disease affects how the brains of young adults cope with certain memory tasks. Researchers find are based on studies with magnetic resonance imaging in individuals at the age of about 20 years. The scientists suspect that the observed effects could be related to very early disease processes.
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A genetic predisposition to late-onset Alzheimer's disease affects how the brains of young adults cope with certain memory tasks. Researchers from the German Center for Neurodegenerative Diseases (DZNE) and the Ruhr-Universität Bochum report on this in the scientific journal Current Biology. Their findings are based on studies with magnetic resonance imaging in individuals at the age of about 20 years. The scientists suspect that the observed effects could be related to very early disease processes.

The causes for Alzheimer's in old age are only poorly understood. It is believed that the disease is caused by an unfavorable interaction of lifestyle, external factors and genetic risks. The greatest genetic risk factor for late-onset Alzheimer's disease stems from inherited mutations affecting "Apolipoprotein E" (ApoE), a protein relevant for fat metabolism and neurons. Three variants of the ApoE gene are known. The most common form is associated with an average risk for Alzheimer's. One of the two rarer variants stands for an increased risk, and the other for a reduced risk.

"We were interested in finding out whether and how the different gene variants affect brain function. That is why we examined the brains of young adults in the scanner while they had to solve a task that challenged their memory," explained Dr. Hweeling Lee, who led the current study at the DZNE in Bonn.

Distinguishing similar events

The group of study participants comprised of 82 young men and women. They were on average 20 years old, and all of them were university students considered to be cognitively healthy. According to their genotype for ApoE, 33 of them had an average, 34 an increased and 15 a reduced risk of developing Alzheimer's disease at a late age. During the study in the brain scanner, all individuals were presented with more than 150 successive images displayed on a monitor. These were everyday objects such as a hammer, a pineapple or a cat. Some pictures were repeated after a while, but sometimes the position of the displayed objects on the screen had changed. The study participants had to identify whether an object was "new" or had been shown before -- and if so, whether its position had shifted.

"We tested the ability to distinguish similar events from one another. This is called pattern separation," said Hweeling Lee. "In everyday life, for example, it's a matter of remembering whether a key has been placed in the left or right drawer of a dresser, or where the car was parked in a parking garage. We simulated such situations in a simplified way by changing the position of the depicted objects."

High-resolution through modern technology

Simultaneously to this experiment, the brain activity of the volunteers was recorded using a technique called "functional magnetic resonance imaging." Focus was on the hippocampus, an area only a few cubic centimeters in size, which can be found once in each brain hemisphere. The hippocampus is considered the switchboard of memory. It also belongs to those sections of the brain in which first damages occur in Alzheimer's disease.

When measuring brain activity, the scanner was able to show its full potential: It was an "ultra-high field tomograph" with a magnetic field strength of seven Tesla. Such devices can achieve a better resolution than brain scanners usually used in medical examinations. This enabled the researchers to record brain activity in various sub-fields of the hippocampus with high precision. "Up to now, there were no comparable studies with such level of detail in ApoE genotyped participants. This is a unique feature of our research," said Hweeling Lee.

No differences in memory performance

There were no differences between the three groups of subjects with regard to their ability for pattern separation. "All study participants performed similarly well in the memory test. It did not matter whether they had an increased, reduced or average risk for Alzheimer's disease. Such results are certainly to be expected in young healthy people," said Nikolai Axmacher, Professor of Neuropsychology at the Ruhr-Universität Bochum, who was also involved in the current study. "However, there were differences in brain activity. The different groups of study participants activated the various subfields of the hippocampus in different ways and to varying degrees. Their brains thus reacted differently to the memory task. In fact, we saw differences in brain activation not only between people with average and increased risk, but also between individuals with average and reduced risk."

At present, it is uncertain whether these effects are significant for developing Alzheimer's in old age. "Our findings might be related to very early disease processes. Determining this is a task for future studies and could help to devise biomarkers for the early diagnosis of dementia," said Hweeling Lee. "In any case, it is remarkable that a genetic predisposition for Alzheimer's disease is already reflected in the brain at young adulthood."

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Story Source:

Materials provided by DZNE - German Center for Neurodegenerative Diseases. Note: Content may be edited for style and length.


Journal Reference:


Cite This Page:

DZNE - German Center for Neurodegenerative Diseases. "Risk gene for Alzheimer's has early effects on the brain." ScienceDaily. ScienceDaily, 15 September 2020. <www.sciencedaily.com/releases/2020/09/200915110001.htm>.
DZNE - German Center for Neurodegenerative Diseases. (2020, September 15). Risk gene for Alzheimer's has early effects on the brain. ScienceDaily. Retrieved September 15, 2020 from www.sciencedaily.com/releases/2020/09/200915110001.htm
DZNE - German Center for Neurodegenerative Diseases. "Risk gene for Alzheimer's has early effects on the brain." ScienceDaily. www.sciencedaily.com/releases/2020/09/200915110001.htm (accessed September 15, 2020).

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