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Beware Vegans! Flowering Plants ‘Hear’ When Eaten and Become Defensive, Says Research

Research Was Conducted by Playing Recordings of a Feeding Caterpillar to Flowering Plants

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Flowering plants
Flowering plants and trees hear when eaten and become defensive to the stimuli (representative image). Pixabay
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  • Flowering plants and trees hear when eaten and become defensive to the stimuli is found out in a study
  • The plants were made to hear vibrations of a feeding caterpillar and other was just sounds with same acoustics
  • The plants listening to caterpillar vibrations showed production of mustard oil which made the caterpillar crawl away

June 23, 2017: Plants and animals can be a source of energy for us but when it comes to defense, plants are not behind. In some cultures and communities, people have started choosing a vegan lifestyle as they are against animal slaughter. The viral videos on how animals are treated in slaughterhouses make people take up the vegan lifestyle. Most people think that plants do not have a conscience but research show otherwise.

Research show that plants do react to external stimuli and some research shows that they also communicate through chemical signals. They grow towards light, compete with other plants for water and nutrients and also signal for help when needed.

In recent news about science, a research published in Oecologia which was conducted in University of Missouri suggests that plants can hear when they are being attacked and can also become defensive from the attack. Heidi Appel (senior research scientist in the Division of Plant Sciences) and Rex Crocoft (professor in the Division of Biological Sciences) carried out the research by conducting experiments in which they placed caterpillars on the flowering plants of cabbage and mustard.

ALSO READ: Find out why Hinduism always emphasizes on being a vegetarian

They put up a piece of reflective material and a laser on a leaf to measure its movement as a response from vibrations of feeding caterpillar and then they recorded the sounds of caterpillar feeding and played them to similar plants and on the other hand, they played sounds with similar acoustics but a different source to other plants.

The results showed that when caterpillars fed on both plants, the plant exposed to vibrations of caterpillars produced more mustard oils as it is unpleasant to caterpillars so they crawled away and those who were played sounds with similar acoustics showed no change in chemical response.

Appel and Crocoft said that more future researches would be upon how the vibrations are sensed by the plants and how plants would react to other vibrations to keep the pests away. Crocoft stated, ‘Plants have many ways to detect insect attack, but feeding vibrations are likely the fastest way for distant parts of the plant to perceive the attack and begin to increase their defenses.’

Appel said,’ ‘This research also opens the window of plant behavior a little wider, showing that plants have many of the same responses to outside influences that animals do, even though the responses look different.’

This research was part funded by National Science Foundation and it could prove to be a useful tool in agriculture!

– by Sumit Balodi of NewsGram. Twitter: @sumit_balodi

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What Triggers Chronic Fatigue Syndrome?

IoPPN professor Carmine Pariante stressed that while the study's main finding is a useful addition to scant scientific knowledge about CFS

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CFS
Lauren Pestikas sits as she receives an infusion of the drug ketamine during a 45-minute session at an outpatient clinic in Chicago on July 25, 2018. VOA

Scientists exploring what may trigger a complex disorder known as chronic fatigue syndrome (CFS) have found clues in the way some people’s immune systems respond more actively to a health attack.

A severe illness characterized by long-term physical and mental fatigue, CFS is thought to affect up to 17 million people worldwide and around 250,000 people in Britain.

Sufferers are often bed-bound and unable to carry out basic daily activities like washing and feeding themselves.

The researchers used a drug known as interferon alpha to create a model of the syndrome and found that patients whose immune response to treatment was hyperactive or exaggerated were more likely to then develop severe fatigue.

CFS
Russell’s team used this knowledge and measured fatigue and immune system markers in 55 patients before, during and after treatment with interferon alpha.

“For the first time, we have shown that people who are prone to develop a CFS-like illness have an overactive immune system, both before and during a challenge to the immune system,” said Alice Russell of King’s College London’s Institute of Psychiatry, Psychology & Neuroscience (IoPPN), who led the work.

The condition, as well as research into it, is highly contentious, in part because its possible causes and range of debilitating symptoms are poorly understood.

Interferon alpha is used as a treatment for hepatitis C infection, and activates the immune system in the same way as a powerful infection. Many patients who receive interferon alpha experience extreme fatigue during treatment, and some continue to feel chronic fatigue for many months after the drug course is completed.

Vaccination, CFS
Biologist Jason Plyler prepares to test at the National Institutes of Health in Bethesda. VOA

Russell’s team used this knowledge and measured fatigue and immune system markers in 55 patients before, during and after treatment with interferon alpha.

They found that the 18 of those 55 who went on to develop a CFS-like illness had a hyperactive immune system before treatment, and an highly overactive response during treatment. “(This suggests) people who have an exaggerated immune response to a trigger may be more at risk of developing CFS,” Russell told reporters at a briefing about the findings.

Also Read: Regular Sleep in Childhood Leads to Healthy BMI Later

IoPPN professor Carmine Pariante stressed that while the study’s main finding is a useful addition to scant scientific knowledge about CFS – also known as myalgic encephalopathy (ME) – it offers few clues on how to treat, cure or prevent it.

“It’s a light in the fog,” he told reporters. “But a better understanding of the biology underlying the development of CFS is needed to help patients.” (VOA)