A short presentation on portobella mushroom its uses,in batteries etc.this is related to horticulture

1. Submitted by: M Muzammil Bashir
15-Arid-5082
Submitted To: Mam Najma
PMAS AAUR RAWALPINDI

2. Portobella Mushroom

3.  1. Help to Lower Cancer Risk
 The anticancer properties of mushroom due to
phytochemicals within mushrooms that have positive
effects on cell death, growth and proliferation of
healthy cells, lipid metabolism, and immune
responses.
 2. Contains Antioxidants and Natural Anti-
Inflammatories
 Mushrooms in general best dietary sources of
 L-ergothioneine that low levels of ERGO
are associated with higher risk for many chronic
diseases, especially those affecting red blood
cells/hemoglobin.

4. 
3. Good Substitute for Meat
 that provide lots of veggies and nutrients. Mushrooms
are a popular alternative for meat, with the added
benefit of being lower in calories, fat, sodium
4.sourse of vitamin B
high in B vitamins like B3&B2 which helps in stress
heart metabolism cholestrol ,headache eye & skin

5. 5 Provide copper &selenium
 Copper help a healthy metabolism needed for growth,
development &tissue repair
 Selenium support thyroid glands and reproductive
health
6 Low in carbs but provides provide
fiber
 great on low carbs because they provide fiber
without carb

6. Portobella in Batteries
 Lithium-ion battery anode using portabella
mushrooms, inexpensive, environmentally,
rechargeable friendly and easy to produce.
 Batteries consist of three main elements: a negative
terminal (cathode), a positive terminal (anode) and a
solid or liquid separating them (electrolyte)
 Synthetic graphite is commonly used for the anode in
lithium-ion batteries,
 portabella mushrooms is used as a natural substitute
for graphite

7. Reason
 portobella is highly porous, which is a
desirable attribute when it comes to batteries
as increse both the storage and transfer of
energy, that improves performance.
 Secondly portobella contain high amounts of
potassium salt, which causes more of pores to
be activated that would increase the level of
electrolyte-active material and boost the
battery's capacity.