Tag Archives: eating

German Bread History, Culture and Traditions

Bread and Baking for Health issues in the U.S.A #Germany #Baking #Culture

There is a natural human tendency to crave comfort food during a time of stress, the feelings of baking and having the ability to feed and care for oneself was probably a very strong motivator. And what is more comforting than freshly baked, nay, home baked bread with a little butter and jam to beautify an afternoon spent at home. Even if the reason for being inside is not an ideal one.

Oddly, in the US and some other nations, bread and wheat products have been cast in the role of villain due to gluten intolerance and related illnesses. In the UK alone, in 2017, there were a reported 10% of the population suffering from some form of intolerance. Such a percentage would translate into tens of millions in the US.

Above: Photo / Adobe Stock

Is bread really the culprit or is there something else going on?

As a disclaimer, let it be stated up-front that there are certainly many people who suffer from conditions such as Celiac Disease who have a very real, hereditary response to gluten which is very serious. Many of the rest of us, however, who are not in that category, may have a situation brought on by a completely different set of circumstances.

Regardless of exact statistics, intolerance to gluten is clearly a “thing”, particularly in the US. Many theories are out there as to the cause, including industrial bread manufacturing methods, suspect ingredients such as emulsifiers used in baking and pesticides on wheat farms. Some have even reported that when intolerant individuals travel to Europe, symptoms disappear, although they eat bread and other gluten containing foods.

An entirely different culture producing a drastically different result: German baking tradition

While American Style bread is also available in Germany, it is rare and not commonly sold in Bakeries but rather only in SuperMarkets. They call it “Toast-Bread” as it’s primary advantage is being square and machine cut, therefore a better fit for a common toaster than the various shapes and sizes of slices cut from what they consider “normal” loaves.

What is considered normal bread is, for example, never sold more than eight hours after baking (except at “day old” scavenger prices). The number of real bakeries, ones that take very seriously the task of making “the daily bread”, per capita is large compared to any US city. This can be dug up in statistics, but is easier to realize by just walking down any street in a German city. Literally every other shop is a small bakery with a dozen different types of bread that was baked that same morning.

Bakers up at 4am all across every town and city

Another factor is the wide range of fresh ingredients included. A short list of the types of bread and various ingredients is vast, and varies from region to region. Six hundred main bread types are well known and this does not include many specialty breads and rolls.

In addition to wheat, bread is often made with rye, barley, potato, oat, spelt, soy and other lesser known grains. Added seeds, nuts and fruit often include one or more of the following (partial list):

  • sunflower seeds
  • pumpkin seeds
  • poppy seeds
  • fled seeds
  • walnuts
  • raisins
  • currants
  • sesame seeds
  • olives
  • linseed
  • hazelnuts
  • almonds
  • oat flakes
  • whole gain groats
  • whey

In Germany, at any common bakery on the street, most, if not all of the items described above would be available on any given day. No need to go to a special, overpriced “organic” or “gourmet” bakery in some high end neighborhood. Just any average bakery will do.

Oddly, these same ingredients are often touted in online health advice articles – implying that there are health benefits to adding these “special” ingredients to one’s diet, all while other countries have had them as daily menu items for centuries if not thousands of years.

Taking all of the above into account, it should come as little surprise that, in the US, obscure health issues due to the lack or misuse of heretofore standard food items would be on the rise. In the case of gluten intolerance, it rises to practically epidemic proportions. Fixing this for any individual, short of taking residence outside the US, would require extra efforts and involve a possible increase in the cost of nourishment. However, considering the alternatives (suffering with a condition without a cure), it might be well worth it.

Related Articles:


Check out Lynxotic on YouTube

Find books on Baking and many other topics at our sister site: Cherrybooks on Bookshop.org

Enjoy Lynxotic at Apple News on your iPhone, iPad or Mac.

Lynxotic may receive a small commission based on any purchases made by following links from this page

Scientists, here’s how to use less plastic

Above: Photo / Unsplash

Meet the researchers making science more sustainable.

The lab is quietly bustling with scientists intent on their work. One gestures to an item on her bench – a yellow container, about the size of a novel. It’s almost full to the brim with used plastic pipette tips – the disposable attachments that stop pipettes being cross-contaminated. She stares down at it, despondently. “And this is just from today.”

We’re at the Francis Crick Institute, a towering biomedical research facility in the heart of London. The scientist in question is Marta Rodriguez Martinez, a Postdoctoral Training Fellow. Every day in her lab, pipette tips, petri dishes, bottles and more are used and discarded. The scale of the waste is immense – research by the University of Exeter estimates that labs worldwide generate 5.5 million tonnes of plastic waste each year.

Newsletter: 

Alongside her research, Rodriguez Martinez doubles as a sustainability rep, tirelessly working to reduce the plastic waste her lab produces. The Crick’s sustainability team consult her about the unique behaviours of scientists. In return, she encourages colleagues to stop using unnecessary plastic and teaches them about sustainable alternatives.

It’s a difficult task, but one she feels passionate about. “We have in our heads that plastic is a one-use material, but it is not. Plastic can be autoclaved, it can be washed. Most plastics we use in the lab could be re-used as efficiently as glass.”

The Crick is taking behaviour change seriously. Alongside reps like Rodriguez Martinez, it offers sustainability workshops and waste training to employees. A pipette-tip audit is underway, which will show which products come with the lowest excess plastic. It’s also developing an interactive dashboard for teams to see how their waste compares to other labs’.

But behaviour change is only the beginning. Rodrigo Ponce-Ortuño oversees the Crick’s contract with an eco-friendly waste-management company. He points out that the journey of plastic lab equipment stretches far beyond its short service on the workbench.

Take media bottles – the plastic containers that hold nutrients to grow cells and bacteria. “It’s just glucose that goes into the bottles,” Ponce-Ortuño explains. The liquid is non-hazardous, but in his experience, recycling companies are wary of the scientific jargon on the labelling.

“If it just said sugar, it would be fine,” he says. Instead, many companies reject the waste because they don’t understand the chemistry. But, by using contractors with the right expertise, the Crick now sends all its media bottles for recycling.

For Rodriguez Martinez, this is a milestone. “I use maybe four media bottles a week, and there are 1,200 scientists here. That we can rinse them and have a contractor recycle them is a big success.”

This tactic – of building companies’ confidence in handling lab equipment – has led to other successes, too. Cooling gel packs, polystyrene boxes and the bulky pallets used to transport products are all collected for re-use. Boxes for pipette tips are also collected – after they’ve been stacked and re-used in the labs themselves.

In fact, the Crick’s labs send no waste at all to landfill. Hazardous waste is safely incinerated, but anything else that can’t be recycled goes through a process called energy-from-waste, where electricity, heat or fuel is harvested from the material as it’s disposed of.

And they’re just as keen to reduce the amount of plastic coming in. The institute recently held a green procurement fair, where suppliers had to meet a set of sustainability criteria to attend. “Normally when you buy a product, you look at the quality and the price,” says Rodriguez Martinez. “We want to add sustainability to that equation.”

The team know that change won’t happen overnight. They need to win people over with practical measures to reduce plastics – without reducing the quality of science. So the institute is discussing best practice with other laboratories, to grow the movement for low-plastic research.

“We’re trying to educate people into a more sustainable science,” says Rodriguez Martinez.

Wellcome, which publishes Mosaic, is one of the six founding partners of the Francis Crick Institute.

The lab is quietly bustling with scientists intent on their work. One gestures to an item on her bench – a yellow container, about the size of a novel. It’s almost full to the brim with used plastic pipette tips – the disposable attachments that stop pipettes being cross-contaminated. She stares down at it, despondently. “And this is just from today.”

We’re at the Francis Crick Institute, a towering biomedical research facility in the heart of London. The scientist in question is Marta Rodriguez Martinez, a Postdoctoral Training Fellow. Every day in her lab, pipette tips, petri dishes, bottles and more are used and discarded. The scale of the waste is immense – research by the University of Exeter estimates that labs worldwide generate 5.5 million tonnes of plastic waste each year. Newsletter: 

Alongside her research, Rodriguez Martinez doubles as a sustainability rep, tirelessly working to reduce the plastic waste her lab produces. The Crick’s sustainability team consult her about the unique behaviours of scientists. In return, she encourages colleagues to stop using unnecessary plastic and teaches them about sustainable alternatives.

It’s a difficult task, but one she feels passionate about. “We have in our heads that plastic is a one-use material, but it is not. Plastic can be autoclaved, it can be washed. Most plastics we use in the lab could be re-used as efficiently as glass.”

The Crick is taking behaviour change seriously. Alongside reps like Rodriguez Martinez, it offers sustainability workshops and waste training to employees. A pipette-tip audit is underway, which will show which products come with the lowest excess plastic. It’s also developing an interactive dashboard for teams to see how their waste compares to other labs’.

But behaviour change is only the beginning. Rodrigo Ponce-Ortuño oversees the Crick’s contract with an eco-friendly waste-management company. He points out that the journey of plastic lab equipment stretches far beyond its short service on the workbench.

Take media bottles – the plastic containers that hold nutrients to grow cells and bacteria. “It’s just glucose that goes into the bottles,” Ponce-Ortuño explains. The liquid is non-hazardous, but in his experience, recycling companies are wary of the scientific jargon on the labelling.

“If it just said sugar, it would be fine,” he says. Instead, many companies reject the waste because they don’t understand the chemistry. But, by using contractors with the right expertise, the Crick now sends all its media bottles for recycling.

For Rodriguez Martinez, this is a milestone. “I use maybe four media bottles a week, and there are 1,200 scientists here. That we can rinse them and have a contractor recycle them is a big success.”

This tactic – of building companies’ confidence in handling lab equipment – has led to other successes, too. Cooling gel packs, polystyrene boxes and the bulky pallets used to transport products are all collected for re-use. Boxes for pipette tips are also collected – after they’ve been stacked and re-used in the labs themselves.

In fact, the Crick’s labs send no waste at all to landfill. Hazardous waste is safely incinerated, but anything else that can’t be recycled goes through a process called energy-from-waste, where electricity, heat or fuel is harvested from the material as it’s disposed of.

And they’re just as keen to reduce the amount of plastic coming in. The institute recently held a green procurement fair, where suppliers had to meet a set of sustainability criteria to attend. “Normally when you buy a product, you look at the quality and the price,” says Rodriguez Martinez. “We want to add sustainability to that equation.”

The team know that change won’t happen overnight. They need to win people over with practical measures to reduce plastics – without reducing the quality of science. So the institute is discussing best practice with other laboratories, to grow the movement for low-plastic research.

“We’re trying to educate people into a more sustainable science,” says Rodriguez Martinez.

Wellcome, which publishes Mosaic, is one of the six founding partners of the Francis Crick Institute.

This article first appeared on Mosaic and is republished here under a Creative Commons licence (CC BY 4.0).

Related Articles:


Check out Lynxotic on YouTube

Find books on Music, Movies & Entertainment and many other topics at our sister site: Cherrybooks on Bookshop.org

Enjoy Lynxotic at Apple News on your iPhone, iPad or Mac.

Lynxotic may receive a small commission based on any purchases made by following links from this page