AlinkaLebedevaacg

  • Home
  • AlinkaLebedevaacg

AlinkaLebedevaacg Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from AlinkaLebedevaacg, Advertising/Marketing, .

From Bulgaria to East Asia, the making of Japan’s yogurt cultureYogurt has travelled from Bulgaria to Japan and back, ch...
24/01/2022

From Bulgaria to East Asia, the making of Japan’s yogurt culture
Yogurt has travelled from Bulgaria to Japan and back, channelling identities and national pride as it goes. The sixth article of our series Globalisation Under Pressure charts its course.

Japan has a new food fad: yogurt. Its artful display is the latest craze on Japanese tables, and yogurt is one of the trendiest foods in the country.

Today, millions of Japanese include yogurt in their daily diet, and the market is growing steadily. And Meiji Holdings, a Japanese company that has a subsidiary specialising in dairy products, is the biggest domestic producer in an industry valued at 410 billion yen ($US3.7 billion) annually, according to a March 6 article in the online newspaper Shokuhin Sangyou Shinbun.

How did yogurt go from being a food alien to the Japanese, a substance often considered distasteful or even inedible just 35 years ago, to being a daily necessity and a symbol of health and well-being?

Plain Bulgarian yogurt has become a symbol of good health. Ned Jelyazkov/Wikimedia, CC BY-ND
A new superfood
That was the question underlying the fieldwork I conducted from 2007 to 2012, for which I examined both dairy companies and consumers (available here in English and also in Japanese). I traced this commodity through time and space – from Bulgaria to Japan – watching it transform.

I asked people: what do you think you’re actually eating when you consume yogurt? Is it a specific bacterium, a cool trend or a health-boosting substance?

Turns out, yogurt’s current standing in Japan as a scientifically proven, evidence-based health food was created by a sophisticated marketing campaign that brought consumers to this non-traditional product through mythologist branding.

Meiji’s yogurt commercials extol the Bulgarian origins of their product, presenting the eastern European nation as the sacred birthplace of yogurt. In Bulgaria, they tell consumers, dairy production is an old tradition, and “the wind is different, the water is different, the light is different.”

Bulgaria, the sacred birthplace of Japanese yogurt.
What triggered the Japanese Meiji Bulgaria Yogurt company, which now boasts 43% market share and 98.9% brand awareness, to invest in this product?

The quest for longevity
Meiji started considering how to develop Bulgarian-style yogurt for the Japanese market in the late 1960s.

At the time, the only type of yogurt available in Japan was a sweetened, heat-treated fermented milk with a jelly-like texture. Brands such as Meiji honey yogurt, Snow brand yogurt and Morinaga yogurt were distributed in small 80-gram jars and consumed as a snack or dessert, according to Meiji’s company history.

Sweet Morinaga yogurt was around in the 1960s. Morinaga Milk
Plain yogurt with living Lactobacillus bulgaricus, like what is popularly consumed in Bulgaria, did not exist. One member of Meiji’s Bulgaria yogurt project told me he still remembered the shock of trying the plain yogurt presented at the Bulgarian pavilion at the 1970 World Fair in Osaka. It was weird, he said, and astonishingly sour.

But plain yogurt had a powerful draw: the promise of increased longevity. At the dawn of the 20th century, Nobel Prize-winning Russian scientist Elie Metchnikoff (1845-1916), developed the theory that ageing was caused by toxic bacteria in the gut. He pinpointed lactic acid bacteria for its ability to neutralise these toxins and thus slow the ageing process.

Metchnikoff touted the unparalleled effectiveness of Lactobacillus bulgaricus, isolated from homemade Bulgarian yogurt, for this task and recommended eating it every day.

Metchnikoff feeding his good bacteria to the elderly. R***e
That myth remains today. During my fieldwork in Bulgaria, I heard the same story many times: how powerful the local bacterium was; how it made delicious and healthy yogurt.

One elderly woman attributed her daughter’s recovery from breast cancer to homemade goat-milk yogurt.

“It is the bacillus that makes our milk, my girl”, she concluded. “It is unique. When I was young I didn’t eat much yogurt, but now that I take it every day, my blood pressure has been normal and I feel so energetic!”

From inedible to irreplaceable
Meiji realised that, technologically speaking, it would not be difficult to produce plain yogurt with living Lactobacillus bulgaricus. In 1971, the company launched its innovative product in Japan, simply calling it “plain yogurt”.

Consumers hated it. Some took its sourness to mean that the product had gone bad while others doubted its edibility.

Yogurt was associated with good health, before good taste. Ignat Gorazd /Flickr, CC BY-SA
But Meiji persevered. In 1973, after making an agreement with the Bulgarian state-owned dairy enterprise to import yogurt starter cultures, the company received permission to rename its product Meiji Bulgaria yogurt.

The idea was to market authenticity, making full use of the Bulgarian rural idyll: pastoral scenery, herds of sheep and cows, bagpipers in traditional garb and healthy elderly people living in harmony with nature.

In the 1980s, the company combined this strategy with further microbiological research and closer cooperation with the Bulgarian side. In 1984, Japanese consumers saw a new Meiji Bulgaria yogurt with sleeker packaging, helping build its market presence.

Meiji Bulgaria yogurt in its nice new package. LB Bulgaricum
Meiji got another boost when it acquired the right to put the government-issued Food for Specified Health Use (FOSHU) seal on the label of its Bulgarian yogurt in 1996. Health benefits have been the focus of its yogurt branding and marketing ever since.

Branding the holy land of yogurt
Imbuing their Bulgarian brand with new meanings, images and values, Meiji has not only turned a nice profit but also created in Japan a beautiful picture of Bulgaria as “the holy land of yogurt”.

Back in Bulgaria, the media is fascinated by the popularity of a Japanese-made Bulgarian yogurt. In one 2015 article, Japanese consumers claimed that Meiji’s Bulgarian yogurt was more popular than Coca-Cola.

Almost every story about Japan, whether travelogues about dining or economics articles, mentions the Bulgarian yogurt success story. This narrative is even used by companies and politicians in post-socialist Bulgaria to invoke national pride.

In Bulgaria, preparing yogurt from goat’s milk. Maria Yotova
To many Bulgarians I met, the new Japanese identity of their local yogurt embodies the very spirit of Bulgarian collective traditions. At the same time, they feel more connected to the modern world by its adoption as a symbol of health and happiness in one of the world’s great economic powers.

Globalisation may have shaken cultural values across the world, but yogurt’s transformation has been a miraculous one, becoming a source of health and nourishment for people in Japan and a salve for the Bulgarian national soul.

The long quest for the right pollen: how to really help beesPlanting bee-friendly plants seems to be the new fad in many...
24/01/2022

The long quest for the right pollen: how to really help bees
Planting bee-friendly plants seems to be the new fad in many cities around the globe. In the UK, amateur gardeners regularly try to attract such insects, while in France, farmers have offered land to help beekeepers . In other countries, such as Canada, cities adopt pollinators. Even some companies undertake wildflower planting efforts.

But not all plants can satisfy the nutritional requirements of bees and some may be more useful than others in balancing bee diets.

Lavender attracts a variety of pollinating insects and is considered to be one of the most bee-friendly plants. It offers plenty of nectar (energy for pollinating insects) but its pollen is nutritionally imbalanced for bees. Démosthène / Wikimedia Commons
From early spring to autumn, pollinating insects, such as bees, use the rich food resources supplied by plants in the form of nectar and pollen. Nectar is the source of energy needed for all insect activity, while pollen is a source of building material especially for larvae to achieve their final adult shape.

The nurse bees ingest pollen, nectar and water to feed the larvae and the digested compounds are used to make jelly. But its caloric value relies on the nectar and pollen used.

Honeybee queen larvae floating in royal jelly. Their food is produced by nursing bees from digested pollen, nectar and water. Waugsberg / Wikimedia Commons
Jelly building blocks
The jelly is organic matter and composed of various organic substrates, such as specific sugars, lipids, proteins, vitamins, amino-acids and enzymes. All these organic substrates are constructed of atoms of specific chemical elements, like carbon, nitrogen, phosphorous, sodium, potassium, copper and zinc.

Research covering the proportions of various atoms that make up living organisms and their food sources is called ecological stoichiometry or biological stoichiometry. This approach was used for our investigation of honeybees’ nutritional needs and how they may be fulfilled only if pollen diversity and adequate species composition is available for them.

There is an important feature that differentiates organic substrates from atoms. Organic substrates are mutable (for example, they may be transformed into different substrates) and may be produced by living organisms utilising available atoms.

Atoms are immutable – they cannot be transformed into different atoms and cannot be produced by living organisms. Therefore, mutable organic substrates are built of immutable elements. But how is this related to the production of good quality jelly for the growing bee larvae?

Sugars – the source of energy for bees – are made up of only three elements: carbon, hydrogen and oxygen. Other organic substrates that are necessary for body-building and body maintenance are composed of other elements in addition to the carbon, hydrogen and oxygen, such as nitrogen, phosphorous, sodium, potassium, copper and zinc. Atoms of these other elements must be incorporated into the bodies of growing bee larvae.

Pollen is the exclusive source of these elements for bees. Therefore, to produce good quality jelly, pollen must provide the bees with the required proportions of the atoms of body-building elements. And is every pollen, produced by various plant species, similar in this respect?

Well, no.

Pollen collection by honeybees.
Seven crucial bee foods
Our latest study showed that various species of pollen differ in their elemental composition and therefore provide atoms of particular elements in varying proportions. These proportions are often imbalanced for bees – they contain too many atoms of some elements and too few of others.

Apiary of the Institute of Environmental Sciences, Jagiellonian University (Poland), where the study was performed. Pictured is the coordinator of the research project, Michał Filipiak. Paweł Dudzik; https://www.facebook.com/paweldudzikphoto/
Our results show that seven elements are particularly important for bees: sodium, sulphur, copper, phosphorous, potassium, nitrogen and zinc.

The atoms of these elements are often scarce in pollen but must be provided in high proportions in the food of growing bee larvae. However, the concentrations of these elements in pollen show high taxonomic variability, which means that some plant species produce pollen scarce in these important elements, while others produce pollen rich in them.

Imagine two pollen species: A and B. Pollen A is rich in sulphur but scarce in potassium and pollen B is scarce in sulphur but rich in potassium. To collect the sulphur and potassium they need, bees need to mix these two pollens.

Working on the research project. Paweł Dudzik; https://www.facebook.com/paweldudzikphoto/
Pollen mix
But not all plants produce pollen that satisfies the elemental requirements of bees and mixing of random pollen species is not enough. Therefore, plants should not be evaluated and planted as adequate sources of bee food based solely on the quantity of pollen and nectar produced.

Plantations of single-species crops could actually limit bee development. Instead, floral diversity may be necessary to gather the appropriate proportions of nutritional elements and the right mix of pollen.

Sunflowers produce pollen nutritionally imbalanced for bees. Cybertarge / Wikimedia Commons
A new factor explaining bee decline
Lack of plant diversity is suggested as an indirect factor responsible for the pollinator crisis. But we revealed that the absence of the right mix of pollen is one of the main factors affecting bees. This may improve our understanding of pollinator decline and could result in more successful intervention strategies.

Short movie on honeybee Colony Collapse Disorder.
We propose that farmers, gardeners and cities grow plants that help honeybees provide a balanced diet for growing larvae. We know that such plants include clover, broad bean, poppy, gorse, turnipweed, common camellia, magnolia-vine and about 10 other species, but we need more studies, focusing on various pollen-producing plants, including those pollinated by wind.

Why bees are disappearing and how can we help.
In particular, we propose planting such plants near areas of single-species crops to limit their negative influence on bee larval development. Additionaly, bees should have access to dirty water, such as puddles rich in decaying matter or slurry. These are willingly utilised by bees to allow them to supplement sodium, which is extremely scarce in pollen. If such a supplementation is impossible, honeybees should be provided with slightly salted water.

So if you want attract bees and give a helping hand to mother nature, think twice about that lavender and sunflower crop and make sure to add some clover and magnolia. The bees will thank you for it.

The science of sugar: why we’re hardwired to love it and what eating too much does to your brain – podcastWhat are the e...
24/01/2022

The science of sugar: why we’re hardwired to love it and what eating too much does to your brain – podcast
What are the evolutionary origins of sugar cravings? What makes something taste sweet? And what does too much sugar do to the brain? In this week’s episode of The Conversation Weekly, we talk to three experts and go on a deep dive into the science of sugar. And after the Canadian government agreed in principle to pay CAN$40bn (US$32bn) over discrimination against First Nations children by the country’s child welfare system, we talk to a legal expert about the long fight for justice.

Why is sugar so irresistible to us humans? It turns out, evolution is a big reason why. “The key to our love of sugar relates to it being a good source of nutrition,” explains Stephen Wooding, assistant professor of anthropology and heritage studies at the University of California, Merced. Sugar helps provide our body with energy, and our ancient ancestors evolved so that they could taste it as they went out foraging for food.

Wooding says humans are not very well adapted to the world today, where sugar is readily available in abundance. “We have this really deep-seated attraction to sugar that throughout evolutionary history was a really important advantage,” says Wooding. But our cravings for sugar are now ancient relics that “belong in a museum”, he adds.

Natural sugars such as glucose and fructose may be where our sweet tooth originated from, but they’re not the only way to sweeten what we eat. Kristine Nolin, associate professor of chemistry at the University of Richmond in the US, explains the chemistry behind what makes something sweet.

Other natural non-sugar sweeteners include stevia or monk fruit. Nolin says they taste sweet “because they will attach to the receptors inside your taste buds”, but your body doesn’t break these molecules down into energy in the same way as natural sugars. The same happens with artificial sugars too, like saccharin, which Nolin says will typically end up going “through our digestive system and end up being excreted from our body”.

Eating too much sugar is linked to obesity, diabetes and other chronic health issues – and it can also have a long-term effect on the brain. “Anything that may be impacting the function of the brain could be affected with long-term sugar intake,” says Lina Begdache, an assistant professor of nutrition at Binghamton University, State University of New York. When children eat too much sugar, it can also be linked to cognitive decline as they become adults, she says, as well as how they go on to regulate their emotions.

Read more: How does excess sugar affect the developing brain throughout childhood and adolescence? A neuroscientist who studies nutrition explains

To learn more about sugar’s effects on human health and culture, click here to explore a recent series on The Conversation.

For our next story, we head to Canada to hear about a long legal battle over the country’s discrimination against First Nations children in the child welfare system. In late December 2021, the government agreed in principle to pay CAN$40bn in compensation to those affected and to fund structural reform of the child welfare system.

Anne Levesque, assistant professor at the faculty of law at the University of Ottawa, who was involved in the human rights case that led to the deal, explains how Canada systematically underfunded child welfare services for First Nations children and their families. “Nothing is binding yet, and we’ve been disappointed before in the past,” Levesque says, urging Canadians to keep up the pressure on the government “so we can get real outcomes on the ground for First Nations kids”. Listen from 29m20s on the podcast.

Read more: As a lawyer who's helped fight for the rights of First Nations children, here’s what you need to know about the $40B child welfare agreements

And finally, Veronika Meduna, science and health editor at The Conversation in New Zealand, recommends some expert analysis of the recent Tonga volcano eruption. Listen from 45m45s.

This episode of The Conversation Weekly was produced by Mend Mariwany and Gemma Ware, with sound design by Eloise Stevens. Our theme music is by Neeta Sarl. You can find us on Twitter , on Instagram at theconversationdotcom or via email. You can also sign up to The Conversation’s free daily email here.

Newsclips in this episode are from CBS News: The National and Al Jazeera English.

Address


Alerts

Be the first to know and let us send you an email when AlinkaLebedevaacg posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Business

Send a message to AlinkaLebedevaacg:

  • Want your business to be the top-listed Advertising & Marketing Company?

Share