Ashwagandha

Withania somnifera

Other Names:

Indian Ginseng, Withania, Avarada, Indian Winter Cherry

Benefits

Antibacterial
Antitumor
Anti-inflammatory
Antiarthritic
Antioxidant
Antiviral
Immunity
Bone-strength

Ashwagandha (Withania somnifera), also known as “indian ginseng” and “winter cherry”, is a subtropical evergreen shrub belonging to the Solanaceae family which commonly grows in areas of Africa, the East Mediterranean region, Pakistan, and India. The extract or powder from the plant's roots are a popular Ayurvedic herb, used for over 3,000 years to aid in relieving stress, increasing energy levels, and improving concentration.

Ashwagandha is also known for its anti-inflammatory, antibacterial, antifungal, antioxidant, hepatoprotective, immune stimulating, and antitumor properties.
The main chemical components of benefit are the plant's high concentration of withanolides, which are steroidal lactones that have been shown to fight inflammation and tumor growth. More than 40 withanolides, approximately 12 alkaloids, and several sitoindosides have been isolated and identified.

There have been numerous research studies on Ashwagandha in humans, chickens, mice and rats. Some of the key benefits discovered in relation to chickens include:

E. coli infection. Ashwagandha root extract reduced the severity, mortality, and recovery period of chickens with E. coli infection, and enhanced their humoral and cellular immune responses.
Ovarian cancer. Ashwagandha root powder mixed with their basal ration for 90 days at a dosage of 2 g/kg body weight reduced the incidence and progression of ovarian tumors in hens.
Infectious bursal disease (IBD). Ashwagandha alleviated infectious bursal disease virus (IBDV)-induced stress and histological and immunological alterations and reduced IBDV persistence in the host.

Poultry Specific Studies

Type	Plant Part	Dosage	Specific use	Results	Ref
Hens	root powder	0.5-1% of diet	eggs	No effect on egg quality factors such as egg weight, egg shape index, or shell thickness.	S Kumar et al., 2021
Chickens	root powder	1% of feed	antiviral, infectious bursal disease virus	alleviated infectious bursal disease virus (IBDV)-induced stress and histological and immunological alterations and reduced IBDV persistence.	Ganguly B et al., 2020
Hens	root powder	1% of diet	Overall health	Significantly decreased serum cholesterol, triglycerides, and low-density lipoproteins, while significantly increasing the high-density lipoprotein.	S Kumar et al., 2020
Chickens	root extract	20% WSR extract at 20 ml/L of water	Immunity, E. coli	Reduced the severity of clinical signs, mortality, and recovery period of Escherichia coli infection and enhanced the humoral and cellular immune responses.	M Kumari et al., 2020
Chickens	root powder	250 mg/kg diet	Overall health	Reduced morality rate.	V Singh et al., 2017
Chickens	root powder	0.5% of diet	Overall health	Significantly increased Hb, PCV and WBC values and lowered H:L ratio and serum cholesterol concentrations.	K Divua et al., 2015
Chickens	root powder	0.5% of feed	Salmonella	Decreased severity of salmonella gallinarum infection.	K Divua et al., 2015
Chicks	root powder	0.5-1% of diet	overall health	Enhanced growth rate, feed consumption and feed conversion. Reduced mortality rate.	B Probhakar et al., 2013
Chickens	root powder	75-150 mg/kg	bone strength	Significantly increased the tibia shear force and stiffness of the bone. Improved Ca retention, bone calcification and mechanical properties.	M Mirakzehi et al., 2013
Hens	root powder	2 g/kg BW	anticancer, ovarian cancer	reduced tumor progression in hens with ovarian cancer.	A Barua et al., 2013
Chickens	root powder	0.1% of feed		prevented cadmium-induced peroxidation of tissues.	Bharavi K et al., 2010
Chickens	root powder	1% of feed	immunity, heat stress	Improved immunity.	Jadhav, S. S. et al., 2008
Chickens	root	1% of feed	immunity, heat stress	improved physiological functions in chickens suffering from heat stress. Significant improved packed cell volume, hemoglobin percent, and hemagglutination inhibition titer against Newcastle disease virus, and increased cellular response to dinitrochlorobenzene.	Akotkar et al. 2007