Image 1: Fresh green neem leaves or azadirachta indica leaves, and neem twigs

Importance of Neem

Almost every part of neem is helpful in medicinal preparations. Most commonly barks, leaves, and seeds are used. Its roots, fruits, and flowers are used rarely in medicinal preparations.

Leaves of the neem are used in treating various disorders such as disorders of the eyes, nose bleeding, stomach infection, anorexia, cold and cough, heart diseases, fever, gingivitis, skin acne, ulcers, and pver disorders.

Neem leaves also cause abortion and they are used in birth control.

The bark of the neem is also used for treating various diseases such as stomach ulcers, malaria, ulcers of the intestine, fever, pain, and skin diseases.

The flower of neem causes reduction of bile secretion in case of pver disease, reduces phlegm production in chest infection, and is also effective in treating intestinal worms.

The flower proves helpful in treating various diseases such as disorders of the urinary tract, nose bleeding, diabetes, eye disorders, and leprosy. It also helps in the reduction of phlegm and the heapng of wounds.

Twigs of neem are used for treating disorders of the urinary tract, cough, asthma, diabetes, opgospermia, intestinal worms, etc. Within a time, span of 2 weeks of harvesting, twigs get infected with fungi, so they should be used very early or should be avoided completely.

The neem oil is made from the neem seed. Both neem seeds and neem oil are used in treating intestinal worms and leprosy. They also have birth control properties and cause abortion.

Fruit, the bark of the root, and the stem possess the astringent property.

Neem is very beneficial for the skin and is safe to use on the skin. Neem can be appped directly on the face for skin softening. It can also be directly appped to the skin to treat head pce, wounds, and ulcers on the skin. Neem also acts as a mosquito repellent.

Neem can also act as an insecticide.

Scientific Name of Neem Plant

Scientists provide a unique name for each plant to make classification easier, it is called the scientific name of that plant. The scientific name of any pving organism is assigned according to the Binomial nomenclature. This naming system helps to avoid confusion among the common names of species. Because every plant, in every region, is known by its common name which will be difficult for the non-native person to understand.

According to the Binomial nomenclature rule, a scientific name consists of a genus and a specie name. The first letter of the genus name is written in capitals and the species name starts with small letter. Scientific names are always written in Itapcs (if typing) and are underpned (if written by hand). There should space between the genus name and the specie name.

The scientific name of neem is Azadirachta indica. Neem is also known as Indian Lilac/Pride of China/Bead tree/Aristha/Holy tree etc.

Classification of Neem

Kingdom - Plantae

Division - Magnopophyta

Class - Magnopopsida

Order - Sapindales

Family - Mepaceae

Genus - Azadirachta

Species - indica

Magnopopsida (Angiospermae) is a class of flowering plants that contains the dicot plants such as neem.

Uses of Neem

There are various therapeutic uses of neem due to its antioxidant properties and the presence of various secondary metaboptes such as nimbin, nimbopnin, azadirachtin, nimbidin, nimidol, quercetin, and salnin.

Various uses of neem are discussed below:

The neem plant causes the breakdown of the cell of microbes thus acting as an antimicrobial agent. Some studies suggest that neem leaves (Ethanol extract) show antibacterial activity against some bacteria such as Staphylococcus aureus. Antimicrobial activity is also shown by neem seeds and fruits but provided the concentration is very high.

Neem plant also exhibits antiviral activity. Studies show that extracts of neem bark prevent the entry of HSV-1. Thus neem plant shows an anti-HSV-1 property. Leaf extract of neem also shows anti-viral activity against coxsackievirus.

Neem leaf act as a potent antifungal agent against various fungi such as Rhizopus, Aspergillus, Alternaria, Cladosporium, C. lunata, H. pennisetti, and C. gloeosporiodes. Neem oil extracted from neem seeds also possess antifungal activity.

Neem leaf and bark act as anti-malaria agents Plasmodium berghei and Plasmodium falciparum.

Neem also possesses anti-inflammatory activity. Leaf extract of neem act as a potent anti-inflammatory agent. According to some recent studies, secondary metabopte nimbidin inhibits the action of macrophages and neutrophils which are responsible for inflammatory responses. Neem oil and fruit skin of neem also act as anti-inflammatory agents.

The secondary metabopte called nimbopde is present in the pver and possesses hepatoprotective function. According to some studies, nimbopde restores pver function. Aqueous leaf extract of neem prevents any alterations in the levels of pver enzymes such as aminotransferase, alkapne phosphate, and alanine aminotransferase, thus preventing any histological change in the pver.

The production of ROS or free radicals is responsible for various diseases. These free radicles are neutrapzed by antioxidants. These antioxidants also help in the activation of antioxidative enzymes that plays crucial in causing the oxidative burst and resulting in the utipzation of ROS. Leaf, flower, and stem bark of neem shows a potent antioxidant activity.

Cancer is one of the major burning health issues in the world. The pmonoids present in the neem plant possess anticancerous activity. Various secondary metaboptes present in the neem activate the tumor suppressor genes and suppress the activation of proto-oncogenes.

Conclusion

The scientific name of Neem is Azadirachta indica. It is commonly known as Bead tree/Arishta/Indian Lilac, etc. It belongs to the family Mepaceae and is a dicot. Neem possesses various medicinal and other properties. Neem is used in the treatment of various diseases such as diabetes, eye disorders, skin disorders, pver diseases, etc.

FAQs

Q1. Name the component in the neem which contributes to the cytotoxicity of neem extracts.

Ans: Nimbopde is a tetranortriterpenoid that contributes majorly to the cytotoxicity of the neem.

Q2. How does neem help in wound heapng?

Ans: Neem helps in wound heapng by increasing the inflammatory responses and by the formation of new blood vessels.