Sleeping Grass (Mimosa pudica)

Sleeping Grass

Sleeping grass is also used in Ayurveda medicine to treat a variety of other ailments, including diarrhea, toothache, sinus disorders, and swollen glands. However, it is not widely used in Western medicine due to concerns about its toxicity.

It majorly possesses antibacterial, antivenom, antifertility, anticonvulsant, antidepressant, aphrodisiac, and various other pharmacological activities.

The herb has been used traditionally in the treatment of urogenital disorders, dysentery, sinus, and also applied on wounds. The juice of freshly crushed leaves is used internally and externally in piles, to treat cuts and wounds. It is also applied externally to fissures, skin wounds and ulcers.

By now, it is no secret that different parts of the touch-me-not plant have tremendous medicinal benefits. The whole plant contributes towards the treatment of cancer, muscle sprains, depression and even hypertrophy. It also has antiseptic values, which can be used to treat skin inflammations or other irritations.

The sensitive plant is also recommended for people having high blood pressure issues and can also be made into a paste mixed with sesame oil to treat skin infections and mosquito bites.

The plant’s anti-bacterial and anti-fungal properties make it fit for inclusion in hair care and skin care products as well.

Soil Erosion Prevention: The deep roots of these plants enhance soil quality and prevent soil erosion. They aid in water retention, essential for healthy plant growth. As a result, Touch Me Not plants are often used as a protective cover crop to preserve soil nutrients and control erosion on steep slopes.

Natural Pest Control: Touch Me Not plants possess insecticidal properties, making them a valuable alternative to synthetic pesticides. Farmers use these plants as a natural treatment to manage pests without harming beneficial insects or the environment.

Soft Robotics Inspiration: Scientists have drawn inspiration from the Touch Me Not plant to develop soft robots that respond to touch, mimicking the plant’s leaves and stems. These robots have promising applications in various fields like healthcare and transportation, offering exciting possibilities for future technological advancements.