Garden Foundary Garden Aspirin for Plants It Actually Help

Aspirin for Plants It Actually Help

As gardeners, we would all like to have a quick way to make our plants happy. Some turn to the contents of their home to try it, and the one thing most of us have at home is aspirin. Finally, aspirin helps us; won’t aspirin for plants help your plants as well?

While there is still a lot of research to be done to determine if this is actually viable, initial information seems to indicate that this claim has some validity. In fact, the question is whether this is the best solution for as many problems as it is considered.!

Arrangers of cut flowers have long advertised that aspirin helps extend the life of cut flowers. But is this really the matterf? Can it actually produce larger and healthier tomatoes? Does it prevent certain plant ailment or does it improve the drought resistance of your plants? These and other statements have been made over time.

So, let’s dive headfirst into the science of how to give aspirin to your plants, and clarify what is known and what is not. Let’s see if this ordinary first aid kit should end up on a storage shelf in your garden!

What Is Aspirin?

Since its earliest form, what we call aspirin today has been used for various medicinal purposes. Its first documented use dates back to ancient Sumer and is noted on clay tablets as a remedy for fever. Tribes in the United States used willow bark to make an analgesic drink; the use of willow for similar purposes was also common among the Greeks and Chinese. In other parts of the world, various other plants containing a certain natural substance have been used for similar purposes. This substance is a natural precursor to our modern aspirin.

But who was this predecessor? It is believed that this is salicin, which is found in most Salix plant species, as well as in some Spiraea plant species and some others. The purified form, known as salicylic acid, synthesized in the laboratory after the 1830s by an Italian chemist named Raffaele Piria, was widely used in medicine. Those of us who are not doctors are probably more familiar with salicylic acid as an over-the-counter medicine to remove warts from the skin, but it has also been used to treat fever or pain.

Aspirin itself first appeared in 1897, when Felix Hoffman, a German chemist who worked at Bayer, synthesized acetylsalicylic acid. At first it was by touch and feel; at the same time that aspirin was synthesized, Bayer discovered a new potent medicine that they wanted to introduce into their cough syrups. Now we know that other medicines, such as heroin, are highly addictive and very peril! Aspirin was shelved and almost forgotten until another scientist from Bayer advanced its development.

The main differences between salicin, salicylic acid and acetylsalicylic acid are very small in terms of chemical difference, but huge in terms of current benefits.

Salicin tends to carry a number of other organic compounds, and it is heterogeneous in the organic matter in which it is formed. Some plants contain more salicin than others, so it was difficult to find the right dosage, and sometimes other peril substances could be contained from the bark from which it was obtained.

Salicylic acid loses all other organic compounds and is a purified form of salicin. This potent medicine is used topically to remove or finish the surface layers of the skin. Initially, it was used internally for the same reasons as salicin in willow bark. However, it caused stomach upset and was known to finish the gastric mucosa, which made it peril, although it was still effective for the intended use.

Acetylsalicylic acid, the active ingredient of aspirin, has a very small change in its chemical composition. This tiny change reduces the likelihood of stomach problems in humans and today has led to its widespread medical use as an analgesic and antipyretic. But, in addition, this small change made it suitable for the treatment of a heart attack with a medicine that was only discovered in the 1970s.

It is assumed that the name “aspirin” is a mixture of three components: “acetyl” to identify it as a new derivative compound, “spirea ” for a plant related to meadowsweet, from which salicylic acid was obtained. when the medicine was first created, and ” in”, the usual ending for the names of medicines of that time.

General Requirements For Aspirin And Plants

In addition to modern medicine, aspirin should be effective in a number of applications in horticulture. But how effective is aspirin in the garden? Let’s look at the science and see what has been discovered so far.

Aspirin For Cut Flowers

Let’s look at this first. Many gardeners swear to dissolve an aspirin tablet in water and use it in a vase to water cut flowers. It is claimed that aspirin helps plants last longer.

But in fact, this is not quite true. Calluses form on the flowers, a sticky or elastic material that seals up the places of wounds. Most commercial canned flowers contain sucrose for feeding flowers, an acidifier to neutralize calluses so that plants can continue to absorb their nutrients, and some form of antibacterial or antifungal agent to prevent mold or rot.

Aspirin does not affect the prevention of corns, which means that flowers continue to dry, even if they are immersed in a vase with aspirin water. The plant heals wounds, and no amount of water with aspirin will prevent this.

Choose cut flowers for commercial preservative to ensure the best durability. If you can’t get a commercial preservative, many florists recommend mixing a little 7-Up with water, as it contains both sucrose and citric acid (the latter reduces the risk of mold), but this only works for a long time. short periods.

Going further, using aspirin to preserve Christmas trees is also not very effective. Although trees don’t form corns in the same way as most cut flowers, they also require more water and sucrose. Water with aspirin does not provide any real benefits here.

Aspirin For Parasites And ailment

Many people claim that aspirin in the garden is a different thing. Among them there are claims that aspirin can be used as a pesticide and a fungicide.

Some evidence suggests that salicylic acid may play a role in prevention, at least in bacterial ailment, but is not curative. In one study, scientists from the US Department of Agriculture sprayed tomato plants with salicylic acid spray. After spraying, the plants were exposed to a plant pathogen, in particular bacteria that cause purple potato ailment. Early spraying of aspirin reduced the spread of bacteria by almost half.

But it was more of a prevention than a cure. The use of salicylic acid (CA) after a bacterial infection appears to have had virtually no significant effect on the bacterial ailment, probably because the plant was already infected with this ailment. It is believed that the previous use of acid caused preventive systemic resistance of the plant’s immune system, which helped it protect itself from infections. There was no such medicine from the plant as strengthening the immune system.

Subsequent studies have shown that many plants naturally produce CA in places infected with various systemic plant ailment. This does not act directly on the infection, but causes the immune response of the plant. Plants sprayed with AS develop their own natural reaction to the action against the pathogen.

A study conducted in 2019 showed that, although AS is effective in initiating the response of acquired systemic resistance, it is not without drawbacks. In plants, it is short-lived, because they are synthesized quickly. In addition, excess can be toxic to the plant.

Remember that we are talking about salicylic acid itself, not aspirin. The active ingredient of aspirin, acetylsalicylic acid, has not been tested and studied in the same way as AS.Therefore, it is not known whether the use of aspirin in the garden causes an immune system reaction similar to that of salicylic acid, or if overused, it has the same toxicity as plants.

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