kindly please anwre to me what is meant by fingerpriting of plant extracts for therapeutic use i am in teachng profession and i need to explain it to my students
DNA fingerprinting is used in analysis of crop plants using techniques similar to read the DNA of humans. Luckily, the DNA sequence of plants is usually much shorter, and in plants this reading of DNA is often used to attempt to breed more perfect crops, both in taste and survivability.
It is not recommended to smoke salvia divinorum from your local plant store, as it can be dangerous and unpredictable due to its strong psychoactive effects. It is best to use caution and research the plant's effects before considering its consumption.
The taheebo plant is commonly used to make tea, with the inner bark being boiled in water to extract its beneficial compounds. This tea is then consumed for its reported health benefits, including its anti-inflammatory and antioxidant properties. Other uses of the taheebo plant include making extracts for use in supplements and topical applications for skin conditions.
Marcelia fungus is a type of parasitic fungus that infects grasses and causes diseases such as rusts or smuts. It typically colonizes the host plant's tissues and extracts nutrients from it, leading to visible damage to the plant. Control measures for marcelia fungus may include fungicides, planting resistant cultivars, or practicing good crop management techniques.
A medical plant is a plant that has been historically or currently used for medicinal purposes due to its therapeutic properties. These plants can be used to treat various health conditions and have active compounds that provide health benefits when consumed or applied in different forms. Examples include aloe vera, chamomile, and ginseng.
Synthetic drugs can sometimes be more precise in their dosage and purity compared to plant extracts, but they may also carry more side effects and risks. Using plant extracts directly may offer a more holistic approach with additional therapeutic compounds that can enhance the benefits and reduce potential side effects. Ultimately, the choice between synthetic drugs and plant extracts depends on individual needs and preferences.
DMSO (dimethyl sulfoxide) is commonly used in plant extracts as a solvent due to its ability to dissolve a wide range of organic compounds, including both polar and non-polar substances. This characteristic allows for the efficient extraction of bioactive compounds from plant materials, enhancing the yield and potency of the extract. Additionally, DMSO has anti-inflammatory and analgesic properties, making it suitable for therapeutic applications. Its low toxicity and ability to penetrate biological membranes further support its use in various formulations.
C. P. Khare has written: 'The modern Ayurveda' -- subject(s): Phytotherapy, Ayurvedic Medicine, Drug Evaluation, Plant Extracts, Therapeutic use, Standards 'Encyclopedia Of Indian Medicinal Plants'
Plants And Plant Extracts
Yes, DNA fingerprinting can be used to identify plant pathogens by analyzing the genetic material of the pathogen. This technique can help in accurately identifying and tracking the presence and spread of pathogens in plants, enabling targeted interventions to control diseases.
Plant juices are often referred to as plant sap or plant extracts. They contain nutrients and other beneficial compounds that are essential for the growth and development of plants.
To effectively harvest echinacea for potency and quality, wait until the plant is mature with fully developed flowers. Harvest the roots in the fall, when the plant's energy is concentrated in the roots. Dry the roots and flowers thoroughly in a well-ventilated area away from direct sunlight. Store in a cool, dark place to maintain potency.
The commonest treatment - is over-the-counter medications containing extracts from the senna plant.
They help plant extracts to be extracted, or if you swallow them they help your immune system out :)
because of the narrow change of pH
Extracts from the plant's root are used in alternative medicine as a soap and as an herbal dietary supplement.
Therapeutic proteins can be produces by finding the gene that encodes the protein of interest and engineering it into a plant genome and placing it under the control of a strong promoter. However, if the protein of interest id very complex and involves a lot of post translational modifications, an animal system would be well suited for making the protein rather than a plant system. Not many researchers use a plant system to create therapeutic protein due to low yield and difficulty in purifying the target protein from the plant material