Sanjeet Kumar
sanjeet.biotech@gmail.com
Antimicrobial
activity and Pharmacological values of wild Cucurbits
Many infectious diseases are known to the treated
with herbal remedies throughout the history of mankind. Plants still continue
to be almost the exclusive sources of antimicrobial compounds for the majority
of the world’s population. The WHO reported that 60 % of the traditional
medicine and a major part of the traditional therapies involve using of plant
parts as anti-microbial agents. Therefore over the last decade there has been
rapid growth in the use of alternative medicines, which are also the key
compounds in future clinical microbiological and pharmacological research.
Plant materials have been a valuable source of natural products for maintaining
human health and the use of plant compounds for pharmaceutical purposes has
gradually increased in throughout the world and particular in India. In India,
there are various evidences are observed / reported that the rural and tribal
communities of Odisha are using the wild plants for curing the microbial
infections. The use of plant extracts and their photochemical, both with known
antimicrobial properties can be of great significance in therapeutic treatment.
These pharmacological work starts from the ethnobotanical knowledge obtained
through the well planed questioners found from the different tribal and rural
communities. They are the treasury of this heritage knowledge. Therefore, among
the plant species, present study has gathered the pharmacological values of
some selected wild cucurbits for highlighting their medicinal importance. Most
of wild cucurbits are very easily available and used against skin infections,
asthma, oral decay etc. Details are listed in Table.
Table:
Pharmacological properties of selected wild cucurbits
Plant name
|
Parts
|
Ethnobotany
|
Sources
|
Cucumis melo
|
Fruit
|
Pericarp
is used in kidney stone and urinary infection.
|
Braham and Saxena (1990)
|
C. melo
|
Seed
|
Seeds
are diuretic promotes the production of urine
|
Murthy et al. (2013)
|
C. melo
|
Fruits
|
Used
as laxative
|
Bahadur et al. (2013)
|
C. melo
|
Leaves
|
Used
to treat the skin infection
|
Khalid et al. (2010)
|
Diplocyclos palmatus
|
Seed
|
Increase
fertility among women and manse problems among girls
|
Dash et al. (2003)
|
D.palmatus
|
Leaves
|
Leaves
are used against inflammation
|
Chopra et al. (1956)
|
D.palmatus
|
Seeds
|
Used
in asthma, cholera and promotes fertility in women
|
Archana sing et al. (2012)
|
D. palmatus
|
Seed
|
Anti-inflammatory
|
Aref et al. (2005)
|
D.palmatus
|
Seeds
|
Used
in diabetic
|
Singh et al. (2009)
|
D.palmatus
|
Fruits
|
Used
in hysteria and Jaundice
|
Radha et al. (2012)
|
D.palmatus
|
Leaves
|
Used
in colic , fever, paralysis of tongue, piles
|
Patel et al. (2013)
|
Trichosanthes cucumerina
|
Fruits
|
Used
against cardiovascular dieses
|
Cao et al. (1996)
|
T.cucumerina
|
Fruits
|
Anti-diabetic
activity.
|
Wang et al. (1996)
|
T.cucumerina
|
Root
|
Anti-diabetic
activity.
|
Nadkarni (Year)
|
T.cucumerina
|
Leaves
|
Emetic
agents
|
Nadkarni (Year)
|
T.cucumerina
|
Seeds
|
Cooling
agent and antihelmintic activity
|
Madhava et al. (2008)
|
T. cucumerina
|
Fruits
|
Antidiabetic
activity
|
Menuka et al. (2009)
|
T.cucumerina
|
Roots
|
Anti-Inflammatory
activity
|
Bharatha et al. (2010)
|
T. tricuspidata
|
Fruits
|
Fruits
are used as anti-dote
|
Jadhav et al. (2011)
|
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