Health Benefits Of Natural Medicines.

NATURE’S MEDICINES.

The plant world is an immense store of active chemical compounds. Nearly half = the medicines we use today are herbal in origin, and a quarter contains plant extracts or active chemicals taken directly from plants. Many more are yet to be discovered, recorded and researched; only a few thousand have been studied. Across the globe, the hunt will always be on to find species that could form the bases of new medicines. Humans have always used plants to ease their pains. They imbued them with magical powers and then gradually learnt to identify their properties. We can now enjoy the benefits of herbal medicines because, over thousands of years, our ancestors discovered which plants were medicinally beneficial and which were highly toxic.

Thousands of years ago, the ancient Egyptians discovered simple ways to extract and use the active ingredients within plants. Egyptian papyrus manuscripts from 2000 B.C. record the use of perfumes and fine oils, and aromatic oils and gums in the embalming process.

In ancient Greece in the 5th and the 4th centuries BC, Hippocrates, the father of medicine, was already recommending asparagus and garlic for their diuretic qualities, poppy as a way of inducing sleep and willow leaves to relieve pain and fever. In the 1st century AD, another Greek doctor, Dioscorides, established the first collection of medicinal plants. His treatise on the subject was translated into Arabic and Persian. Centuries later, his work was also used by the Muslim scholars who influenced great universities of the period, particularly at Montpellier, Europe’s most famous centre for the study of botany.

As a result of trade with Africa and Asia, the Western world’s store of herbal medicines was enriched by the inclusion of camphor, cinnamon, ginger, ginseng, nutmeg, sandalwood, turmeric and henna. For a long time, however, the use of both local plants and those with more distant origins was based on more or less fanciful beliefs. Throughout the Middle Ages herbal medicine consisted of a mixture of magic, superstition and empirical observation. From the Renaissance onwards, scientists and their scientific studies, discoveries and inventions came to the fore, rejecting alchemists’ elixirs and other magical remedies. Local plants were carefully collected and widely used to make infusions, decoctions and ointments. These plants make up the major part of the traditional cures that we have inherited.

Chandan or sandalwood sticks.

History behind Nature’s Medicines:

In the late 1700s, Carl Wilheim Scheele, a gifted Swedish chemist, obtained tartaric acid from grapes, citric acid from lemons and malic acid from apples. The techniques that he and his contemporaries used led to the isolation of the first purified compounds from plants that could be used as drugs. First came the isolation of morphine from the opium poppy in 1803, then caffeine from coffee beans in 1819, quinine from cinchona bark and colchicines from meadow saffron both in 1820 and atropine from deadly nightshade in 1835.

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One tree that generated considerable interest among scientists was the willow. In the early 1800s, chemists from Germany, Italy and France began the search for the compounds responsible for the acclaimed pain-relieving effects of its bark. In 1828, the German pharmacist, Johann Buchner, was the first to obtain salicin, the major compound in a pure form. In 1838, the Italian chemist, Raffaele Piria also obtained salicylic acid from the bark by various chemical processes. But these early compounds caused blisters in the mouth, and stomach upsets when ingested. In 1853, a French chemist, Charles Frederic Gerhardt, synthesised a modified form of salicylic acid-acetylsalicylic acid. But still it wasn’t further modified form developed for more than 40 years until a German chemist, Felix Hoffman, working for Bayer, rediscovered Gerhardt’s compound. Hoffman gave it to his father who suffered from arthritis and reported the beneficial effects.

Bayer decided to market the acetylsalicylic acid as a new drug for pain relief and patented the compound acetylsalicylic acid in 1899. At last from the willow, the first modern drug was born and, with 12000 tons of aspirin sold every year throughout the world, it has kept its number one position.

From the 1930s onwards, advances in chemistry have made it much easier to reproduce the active ingredients in plants. But plants will continue to have a medicinal importance in their own right. Their active constituents may be slightly modified to improve their efficiency or to reduce their undesirable effects, but they are still vital for the treatment of disorders such as cancers and heart diseases or as a means of combating malaria. And they remain the essence of herbal medicine-an area that has still not been fully understood and explored.

Biomedical Wastes

Our environment is degrading day by day. India with its growing population is also keeping up with the waste generation.

Nowadays pollution is everywhere whether its air pollution, water pollution, land pollution, noise pollution, radioactive pollution and the pollution from E waste what not?

Biomedical Waste( BMW) is any waste produced during the diagnosis treatment or immunization of human or Animal Research activities retaining threat or in the production the testing of biological or in health camps.

Let the waste of the ‘sicks’, not ruin the life of the ‘healthy’

Common generator of Biomedical wastes are :-

  • Hospital
  • Emergency Medical Services
  • Medicinal Research Laboratories
  • offices of physician , dentist, veterinarians
  • home Health Care
  • funeral homes

From WHO stats 2000,the improper treatment of medical waste( primary use of infected needles and syringes) caused 21 million hepatitis B infection and 2, 60, 000 HIV infections worldwide.

During this pandemic situation, we have witnesses another huge list of Biomedical Waste generation in India. India generated over 18000 tons of covid-19 related biomedical waste in starting 4 months of this pandemic. This includes personal protective equipment (PPE), gloves, face mask, head cover, plastic coverall, hezmet suit and syringes among others.

Types of Biomedical Waste

Infectious waste

  • Suspected of containing pathogen in a sufficiently large quantity or concentration to result in disease in susceptible host.
  • Cultures and stock of infectious Agent from laboratory.
  • Waste from operation and autopsies on patient with infectious disease.
  • Waste having come into contact with infected hemodialysis patient.

Pathological waste

  • Infectious material containing dead tissue may conceal specially dangerous and communicable infectious Agent.
  • Include – blood, body fluid, tissues, organs, body parts, human foetus etc.
  • Subcategory of pathological waste is Anatomical waste.
    • Consist of identifiable human or animal body parts healthy or otherwise.

Radioactive waste

  • Waste generated during the different application of radioisotopes in biological research on medicine.
  • May contain infectious biological components from Anatomical, research or clinical sources.
  • By product of various nuclear Technology process.
  • Include-
    • Nuclear medicine
    • nuclear research
    • Nuclear power
    • Manufacturing
    • construction
    • Caol
    • Rare Earth mining
    • Nuclear weapon reprocessing

Pharmaceutical waste

  • Contaminated or expired drugs and vaccine as well as antibiotics and pills.
  • Result from many activities and location in health care facilities.
  • Small quantities at households can often be thrown away in the municipal waste stream.
  • But large quantities kept at pharmacies distribution Centre, Hospital etc. be managed to minimise the risk of release or to exposure to the public.

Genotoxic waste

  • Waste from drugs that are used in radiotherapy and units.
  • One of the type of hospital waste that are extremely dangerous and may cause cell mutation or cancer.
  • Cytotoxic drugs are main components.
  • Include –
    • Urine
    • Faeces
    • Vomit treated with Chemicals or cytotoxic drug.

Sharps

  • Object that are Sharp enough to cut or puncture the skin.
  • Transmit infections directly into the bloodstream.
  • Generally treated as highly hazardous medical waste regardless of whether they are contaminated or not.
  • Includes –
    • knife
    • Blades
    • Infusion set
    • Needles
    • Broken Glass
    • Nails
    • Scalpel

Chemical waste

  • Contain radioactive element poses particularly difficult problem of disposal.
  • Includes –
    • Heavy metal from Medical appliance
    • Disinfectant
    • Solvent
  • Difficulty in disposal are partly technical and partly political
    • The radioactive constituent that find their way into groundwater and surface water must be kept to exceedingly small amount for very long time.
    • Fear of mysterious effect of radiation, politician reluctant to consider disposal of radioactive waste in the area of their constituent.