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Have you ever wished for a magical berry that could transform the sour taste of
lemons into sweetness? Well, you are in luck cuz it actually exists! So today we're going
to talk about Miracle Berry - a fruit that's as miraculous as its name suggests! With PAA
Hi, I am Shao Chieh Lo, welcome to what people also ask, where I search something seemingly
obvious and share with you some of its PAA, aka People Also Ask, which is a feature telling you
what other people are searching on Google that relates to your query Today's query is “miracle
berry”. We will explore what it is and how it works as well as some lesser-known fun
facts about it. so What is a miracle berry? This question can be answered by wikipedia's Synsepalum
dulcificum entry and Encyclopedia Brittannica's Miracle Fruit's entry. The Miracle Berry, also
known as Synsepalum dulcificum, is a plant native to tropical Africa. It belongs to the Sapotaceae
family and is scientifically classified under the kingdom Plantae, in the order Ericales. Its
other common names include the miraculous berry, Miracle Fruit, and sweet berry. The Miracle Berry
is renowned for its unique property of altering the taste of sour foods to sweet. This is possible
due to a glycoprotein molecule found in the berry called miraculin, which binds to the tongue's
taste buds when the fleshy part of the fruit is eaten. At neutral pH, miraculin binds and blocks
the receptors, but when sour foods are consumed, resulting in a lower pH, miraculin binds proteins
and activates the sweet receptors, leading to the perception of a sweet taste. This taste-altering
effect can last up to about 30 minutes until the protein is washed away by saliva. However,
it's worth noting that the berry itself has a low sugar content and only a mildly sweet tang. The
berry has been used for centuries, particularly in West Africa. It was first documented in the
18th century by European explorer, the Chevalier des Marchais. More recently, in the United States,
there was an attempt to commercialize the fruit for its unique ability to make non-sweet foods
taste sweet without a caloric cost. However, the Food and Drug Administration classified the
berry as a food additive and required evidence of safety, which has limited its commercial
use. Today, in tropical West Africa, the fruit pulp is used to sweeten palm wine and improve
the flavor of soured cornbread. It's also used as a sweetener and flavoring agent for diverse
beverages and foods, like beer, cocktails, vinegar, and pickles. However, importing
Synsepalum dulcificum (specifically, 'miraculin') from Taiwan has been banned in the United States
since 2011, as the FDA declared it an "illegal undeclared sweetener". In contrast, in 2021,
Baïa Food Co. in Spain was granted permission to put Dried Miracle Berry on the EU market.
It's worth to mention that other species such as Gymnema sylvestre and Thaumatococcus daniellii
are also sometimes referred to as miracle fruit or miracle berry due to their ability to alter
the perceived sweetness of foods. Furthermore, in scientific research, transgenic tomato plants
have been developed that produce miraculin. One example is a research titled “Production
of recombinant miraculin using transgenic tomatoes in a closed cultivation system” published in the
Journal of Agricultural and food chemistry in 2010. In this research ,the researchers
built a special system to grow genetically modified tomatoes that produce miraculin,
a protein that can make sour foods taste sweet. They controlled the amount of light, temperature,
and carbon dioxide to help the tomatoes grow well. The tomatoes thrived under these conditions and
produced a lot of fruit - over 270 grams of fresh weight per plant. The researchers found that these
tomatoes could produce up to 90 micrograms of miraculin for every gram of fresh-weight of
the tomatoes. The team compared the amount of miraculin produced by tomatoes grown in
this special system to those grown in a netted greenhouse, which is another common way to grow
tomatoes. They found that the genetically modified tomatoes grown in the controlled system produced a
more consistent amount of miraculin, suggesting that this method is a better way to grow these
tomatoes. Finally, the researchers calculated that in one year, they could harvest around 45 tons of
fresh-weight tomatoes and about 4 kilograms of miraculin from a 1,000-square-meter area
using this cultivation system. In simpler terms, this method can be used to produce a large amount
of miraculin reliably and consistently. As you might have noticed miracle berry is interesting,
and governments like to ban interesting things. So Are miracle berries illegal? This question
can be answered by an article titled “Miracle berry – developing its promise” published by New
Food Magazine, which is a digital publication that features content on a range of topics in
the global food and beverage industry, including food safety, new technologies, regulatory updates,
scientific research, and product innovations. According to this article, In the United States,
miraculin is considered a food additive and does not have GRAS status (aka Generally Recognised
As Safe) due to insufficient safety data. The US Food and Drug Administration (FDA) has previously
denied attempts to gain legal approval for miracle berry products. However, cultivation and sale
of miracle berries are permitted, and events utilizing their flavor-altering properties are
increasingly popular in bars, restaurants, and hotels. In the European Union, miraculin does
not have a specific legal status. However, the miracle berry is on the EU list of novel foods.
The European Food Safety Authority (EFSA) Panel on Nutrition, Novel Foods, and Food Allergens
concluded that the lyophilized fruits (aka Freeze dried fruit) of S. dulcificum are safe for use as
or in food supplements at a maximum intake level of 0.7 g/day, excluding pregnant and lactating
women. This is due to insufficient scientific data available for these subgroups. In Japan,
there are no restrictions on selling miracle berries. Despite these regional regulations,
miracle berries are not universally approved as a food additive due to a lack of extensive
scientific studies. Nonetheless, they are grown extensively in Asia, the US, and Latin America,
and are available in various forms including fresh and dried fruits, juices, fruit seed oils,
freeze-dried powders, canned fruits, and tablets containing miraculin. Do miracle berries have
side effects? This question can be answered by an article titled “Miracle Berry Side Effects”
published by Livestrong.com which is a health and wellness website. According to this article,
Miracle berries are generally considered safe with minimal side effects. However, some potential side
effects may occur including: Overconsumption of acidic foods: The active ingredient in Miracle
Berries, miraculin, alters the perception of taste, making sour foods taste sweet. This might
encourage people to consume these foods in larger quantities than usual. This could potentially be
harmful, leading to issues like stomach upset or heartburn, especially if high-acidity foods are
consumed in excess. Long-lasting taste alteration: Some people have reported that the taste-altering
effect of miraculin lasted longer than expected, in rare cases up to 18 hours. This could cause
anxiety in some individuals, although the effect is temporary. Unexpected flavor enhancement:
There have also been instances where other flavors, such as saltiness, were enhanced,
which could be problematic for people who weren't anticipating this effect.
Potential risks for children: While miraculin does not mask the bitter taste of harmful substances,
there's a concern that the fruit's taste-altering effect could potentially put children at risk of
consuming harmful substances, misunderstanding their real taste due to the sweet perception
induced by the berries. Overall, while the Miracle Berry is generally considered safe,
these potential side effects should be taken into account, especially when consuming foods
with strong flavors or potentially harmful substances. If you made it to the end of the
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