Tag Archives: distribution

LOCAL BRIEF: Food banks to distribute food | News | Instant News


The mobile food bank will arrive Monday

The Food Bank of Northern Indiana mobile food bank will tour locally. Here’s the schedule next week.

Monday – Elkhart County, 10 am to noon, Bristol United Methodist Church, 201 S. Division St., Bristol

Thursday – St. Joseph County, 10 am to noon, corner of 12th and Merrifield St. (Plaza near Ozark Pawn), Mishawaka

Friday – Kosciusko County, 10 a.m. to noon, Warsaw Community Church, 1855 S. County Farm Road, Warsaw

Various kinds of food will be offered free of charge. All items are pre-packed and packed.

Food will be provided on a first come first served basis, while supplies last, to those who need food assistance. One box per household.

The distribution is drive-thru. People must stay in their vehicles and open their luggage to receive goods. An area will be available for self-loading if the trunk of the vehicle is not open.

Blood donation opportunities coming April 16-30, in Goshen

The Red Cross needs healthy individuals, especially those with blood type O, to provide blood to ensure the hospital can meet patient needs.

To schedule a donation appointment, download the Red Cross Blood Donation app, visit RedCrossBlood.org, call 1-800-RED CROSS (1-800-733-2767) or activate the Blood Donation Skill on the Alexa Echo device.

Activating the blood will be done:

Friday – 07.00-13.15, Goshen Blood Donation Center, 1123 S. Indiana Ave., and 11.00-17.00, Grace Community Church, 20076 CR 36, Goshen

April 17th – 07.00-13.15, Goshen Blood Donation Center

April 18th – 09.00-14.45, Goshen Blood Donation Center

April 19 – noon-6:15 p.m., Goshen Blood Donation Center

April 20 – noon-6:15 p.m., Goshen Blood Donation Center

April 21 – noon-6:15 p.m., Goshen Blood Donation Center

23 April – 07.00-13.15, Goshen Blood Donation Center

April 24th – 07.00-13.15, Goshen Blood Donation Center

April 25th – 09.00-14.45, Goshen Blood Donation Center

April 26th – noon-6:15 p.m., Goshen Blood Donation Center

April 27th – noon-6:15 p.m., Goshen Blood Donation Center

April 28 – noon-6:15 p.m., Goshen Blood Donation Center

April 30th – 07.00-13.15, Goshen Blood Donation Center

Those who come to give before April 30 will automatically get a chance to win one of the five $ 1,000 e-gift cards to the selected merchant. Additional details are available at rcblood.org/Gift.

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66,000 pounds of fresh food were distributed in Cameron | Instant News


“Our continued response in southern Louisiana, especially Southwest Louisiana, would not have been possible without our donors, our supporters,” said Paul Scelfo, Regional Director for Second Harvest Food Bank. “It’s not just the food, but the fuel our trucks need to deliver the food and our volunteers help distribute the food. Everything that has been donated aided our response efforts and made distribution possible recently. “

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Coronavirus Covid-19: How the ‘super spread’ sparked the outbreak in New Zealand | Instant News


New Zealand Level 4 cluster location. Video / NZ Herald

Researchers have reconstructed New Zealand’s main Covid-19 outbreak to find that one in five adults is responsible for up to 85 percent of the spread of the virus.

New analysis, published in the journal PLOS One, has highlighted the importance of targeting super spread events to combat turmoil.

It also shows that children under 10 infect fewer people on average and are less likely to become “super-spreaders,” defined as infecting more than five other people.

New Zealand recorded nearly 1,500 cases of Covid-19 between February 26 and May 22 last year, before a nationwide lockdown and several other major measures effectively eliminated the virus.

In the study, Associate Professor Alex James and fellow modeler Te Punaha Matatini used a wealth of case data – mostly collected through contact tracing – to find patterns around how the virus spreads in these important months.

They found that, before moving to alert level 4, more than half of all domestic cases resulted in at least one secondary case.

But age plays a role in how many other people who are infected can pass on the virus.

Modeling shows the effective reproductive rate (R) – the mean number of secondary cases – is estimated at 0.87 for children under 10 years, 1.49 for people between 10 and 65, and 1.51 for those older than 65.

“Although children under 10 years of age are equally likely to infect at least one person, adults tend to infect more people than children under 10 years of age,” the researchers reported.

Cases among adults and the elderly also had a “significant” chance – 6 percent in the 10 to 65 group and 7 percent in the over 65 year group – of being a super-spreader.

During the lockdown, the R rate fell to below one for all of these age groups except for those over the age of 65 – something that may be due to elderly care facilities being over-represented in data from later stages of the epidemic.

In all, the researchers identified 29 super spreaders – 21 of which had symptoms of Covid-19 before the lockdown began.

Of the other eight who had symptoms during lockdown, six were involved in the elderly care group.

The study also highlighted that children under 10 tend to have a lower “secondary attack rate” – a measure that determines the likelihood of infection spreading among a close or vulnerable group of people, such as households.

Researchers have reconstructed New Zealand's main Covid-19 outbreak, to find that one in five adults is responsible for up to 85 percent of the spread of the virus.  Photo / Bevan Conley
Researchers have reconstructed New Zealand’s main Covid-19 outbreak, to find that one in five adults is responsible for up to 85 percent of the spread of the virus. Photo / Bevan Conley

This is in line with research abroad – such as the finding that “super-spread” events are a major contributor to transmission.

“Our results show that among adults 20 percent of cases are responsible for between 65 percent and 85 percent of transmission,” the researchers said.

“This suggests that interventions targeting super spreaders or super spread events may be very effective in reducing the spread of Covid-19.

“This may include restrictions on collection size, especially in confined environments or crowded spaces.”

Meanwhile, another paper has just been published in the US journal Emerging Infectious Diseases, has underlined the important role real-time genome sequencing plays in the country’s next major outbreak.

While health officials struggled to contain the Auckland cluster in August – which ultimately led to 179 infections and three deaths – scientists helped link the cases by sequencing the genomes of positive samples.

Overall, they were able to generate genomes from about 81 percent of laboratory-confirmed samples – or 145 of 179 cases – and then compare them with available global genome data.

It quickly informed them that the virus behind the outbreak was part of a group – and thus from one introduction into the community.

“Indeed, the timing and duration of the locking action was partly informed based on these data,” said study authors, led by Otago University and ESR virologist Dr Jemma Geoghegan and University of Auckland researcher Dr Jordan Douglas.

“Overall, real-time viral genomics have played an important role in eliminating Covid-19 from New Zealand and since then helping prevent additional regional lockdowns, leading to substantial economic savings.”

However, they say an important tool has been limited by the “biased nature” of global sampling, including the contribution of very little genome sequences from a particular region.

“We therefore recommend that potential sampling biases and gaps in the available genomic data be carefully considered whenever trying to determine the geographic origin of a particular SARS-CoV-2 outbreak,” they said.

“The analysis should consider all available evidence, including that from genomic and epidemiological sources.”

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Coronavirus Covid-19: Could this ‘smart arm’ make borders safer? | Instant News


Scientists have designed a “smart arm” that they say could help reduce the spread of Covid-19 across New Zealand’s borders – and now aim to test it at MIQ facilities. Photo / Provided

Scientists have designed a “smart arm” that they say could help reduce the spread of Covid-19 across New Zealand’s borders – and now aim to test it at MIQ facilities.

The smart wear, created by an Elbaware spin-out from the University of Auckland, aims to tackle an important hygiene issue – touching the face.

“We recognize there have been gaps in public health measures, which the Government has very well publicized, since the start of the pandemic,” said Elbaware founder and surgical scientist Professor John Windsor.

While wearing a mask, washing our hands, keeping our distance and sneezing or coughing up our sleeves are all important steps to stop the spread, Windsor said that touching the face remains a tough problem to solve.

“That’s because it’s almost always an involuntary or accidental act and it happens 15 to 30 times per hour.”

Windsor, an Auckland City Hospital surgeon who also heads the university-based Research Center for Surgery and Translation (STaR), explains that the Sars-CoV-2 virus spreads in two ways.

One of them is inhaling aerosols containing the virus into our lungs; others are heavier droplets that contaminate surfaces and are transferred to the mouth, nose and eyes when we touch them with our hands.

It’s that risk that makes Windsor and her colleagues think of a solution.

“A valuable project needs to fulfill a need and not just be a compelling idea.”

The day before last year’s national lockdown, her team made a prototype of a comfortable, washable “mini sleeve” that is worn on one elbow and under clothing.

Over the next several weeks, they submitted IPs for their inventions, secured funding from donors and the Ministry of Business, Innovation and Employment (MBIE) and formed Elbaware company.

Key to the design is a programmable sensor that detects elbow flexion and when the hand approaches the face.

A cashier operator wore one of Elbaware's smart arms in a recent trial.  Photo / Provided
A cashier operator wore one of Elbaware’s smart arms in a recent trial. Photo / Provided

“It uses the well-known haptic feedback principle to provide vibration alerts – such as a smartphone or smartwatch – when the hand approaches the face,” he said.

“It makes you aware that you are about to touch your face. Subconscious action becomes conscious.”

“If you want to reduce the risk of touching your face, then this awareness helps you to stop, and not touch your face.”

Tests conducted with the hospital’s junior doctors and supermarket staff have proven promising, he said, with 80 percent of wearers feeling they were touching their faces less.

“These results have encouraged us and provided us with opportunities to further improve the product,” he said.

“We are at a point where we are now ready to work with targeted groups to ensure that products are optimized for various risky settings.”

Further trials are planned at managed isolation and quarantine (MIQ) facilities, emergency departments, and at large medical sales and distribution companies.

“In addition, we are looking for funds to conduct trials among the elderly, in orphanages, and with Maori / Pasifika people in their communities,” he said.

“We are also exploring opportunities for airlines and airports as well as other public transport workers, such as bus drivers.”

As for the design itself, the team is building Bluetooth functionality.

“This is not absolutely necessary, but will add real value by enabling remote anonymous data collection, software updates, push messages, and incentives via graphs to show reduced facial touch.”

He said Elbaware initially concentrated on the New Zealand market, then aimed to enter the Australian market when the travel bubble opens.

“We have started discussions about the Asian market and have identified offshore manufacturing,” he said.

“We will work closely with NZ Trade and Enterprise to open up this market and other markets, such as Europe and the US.

“There is significant potential for developing further envelopes with imaging, messaging and modes, including coordination with reusable masks.”

Ultimately, the team hopes their smart sleeves can be seen as additional personal protective equipment – as well as a way to fight other infectious diseases, or even some recurring behavioral disorder.

“We don’t see it replacing important public health measures, but we do see it as a valuable additional measure,” he said.

“This is important as there are continuing concerns about community transmission, particularly as several countries are entering their fourth wave.

“It is imperative that the Government does, and appears to be doing, all it can to reduce the risk of contracting Covid, especially at MIQ and border facilities.”

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Covid 19 coronavirus: Benedict Cumberbatch fears he is ‘patient zero’, spreading the virus around the world | Instant News


Cumberbatch stars as Doctor Strange the Marvel franchise. Video / Disney

Benedict Cumberbatch fears he might become the “patient zero” coronavirus.

The “Imitation Game” star was very sick towards the end of 2019 after flying to South Africa and he is now worried he helped spread the coronavirus around the world before even the first cases were confirmed.

Speaking to independent.co.uk, he explained: “I was so sick that when all this Covid problem suddenly broke out in the new year, I thought, oh my God, I’m actually impatient. I’m so sick – it’s pneumonia. limit. “

It was previously revealed that Benedict donated NZ $ 23,600 to purchase a hospital scrub.

The actor made a donation while he was in New Zealand. She contacted Savile Row tailor Emma Willis after she launched her Style For Surgeons initiative in April.

Emma – who previously wore Benedict, 44, for the on-screen shirt and for her wedding to Sophie Hunter in 2015 – said: “It’s just incredible. I got a call from him out of the blue saying: ‘This is Benedict, I’m in New Zealand”. She said: “I’ve heard of your Style For Surgeons and I would love to get involved. What can I do?” I said, ‘We aim to raise £ 30,000 and we have £ 12,000 more to raise to cover fabric costs, we cover manufacturing costs. ‘ He said: ‘The count is done,’ and transfers the rest of the money, “he recalls.

“He clearly feels a real need to be supportive. We are doing ongoing work with him and something is also being worked on. I think people, like Benedict, who use their influence and fame to support that important cause are amazing. They see how they can be. helping people through their fame in such a positive way. “

The actor previously said he was “blessed” to spend time in New Zealand with his family, including his elderly parents.

He spent level 4 standby time in New Zealand last year after accidentally getting caught in a border closure while working on a film in the country.

Cumberbatch was in New Zealand filming “The Power of the Dog” with Kiwi filmmaker Jane Campion when the country was locked in March last year.

He said he was lucky to be “trapped” in New Zealand with his family.

“We are very blessed to be there … Very, very lucky,” he told Newshub.

The actor revealed that he spent time in the country with his wife, three sons, and his parents, who are in their 80s.

“By then it was too late to risk going back home. My parents are with me in their 80s, and my father has severe asthma … and my three sons and my wife, our very cheerful group. We are very happy. could not have had a more fortunate situation, we were very lucky and I just hugged them close to me, “the actor” Doctor Strange “added.

“We couldn’t land in a more fortunate situation,” he said.

The actor, now back in London, can’t say enough good things about Kiwi hospitality.

“One of your greatest characteristics – if I am so brave to analyze it – is your hospitality, your hospitality, your open-mindedness to all entrants. We feel very, very honored to be in your company, we really do, so thank you, from the bottom of my heart, “he said during a video interview.

– with Bang! Showbiz

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