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How the body faces bacterial infections??

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How the body faces bacterial infections??

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R/:The body reacts to disease-causing bacteria by increasing local blood flow and sending in cells from the immune system to attack and destroy the bacteria. Antibodies produced by the immune system attach to the bacteria and help in their destruction.
Serious infections can be treated with antibiotics, which work by disrupting the bacterium’s metabolic processes, although antibiotic-resistant strains are starting to emerge. Immunisation is available to prevent many important bacterial diseases such as Hemophilus influenza Type b (Hib), tetanus and whooping cough..

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Adenoids:
Two glands located in the back of the nasal passage.
Bone marrow. The soft, spongy tissue found in bone cavities.
Lymph nodes:
Small, bean-shaped organs that are found throughout the body and connect through the lymph vessels.

Lymphatic vessels:
A network of channels throughout the body that carry lymphocytes to the lymphoid organs and the bloodstream.

Peyer's plates:
Lymphatic tissue in the small intestine.

Spleen:
Fist-sized organ located in the abdominal cavity.

Thymus: Two lobes that meet in front of the trachea, behind the sternum.

Tonsils: Two oval masses at the back of the throat.

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The immune system protects the body from its flight from foreign invaders such as bacteria. viruses, fungi and toxins. It is made up of different organs, cells and proteins that work together.

FUNCTIONS

defends against infection

provides this kind of nonspecific protection through a number of defense mechanisms, which include physical barriers such as the skin

destroys the infectious organisms that invade it

The skin and mucous membranes act as a physical barrier preventing penetration by microbes.

generate antigens.

They simulate a inmuneresponse, specifically activating lymphocytes

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This system through the blood and other things creates things called hormones. Each of these has a value and work in our body.

Metabolism

Growth and development

Sexual function and reproduction

Heart rate

Blood pressure

Appetite

Sleeping and waking cycles

Body temperature

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The reproductive system is mostly produced by our hormones and our input and output devices that serve us to reproduce. And mostly to feel pleasure. It creates copies of our hard drives.

Procreate

Generates hormones

Fertilisate

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The fan in our computers is the respiratory system that recycles and cleans the air for our benefit and does not overheat the other systems by controlling CO2 and temperatures.
Remove the cellular waste product called carbon dioxide, helps to maintain the acid-base balance in the body.

Gas Exchange – oxygen and carbon dioxide

Breathing – movement of air

Sound Production

Olfactory Assistance – sense of smell

Protection – from dust and microbes entering body through mucus production, cilia, and coughing.

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This system helps to be our battery or battery of our computer, it fills all our parts of the whole body with blood "energy" and sugars "more energy" and with certain beats it gives strength and pumps all our energy.

Transport oxygen, nutrients, and byproducts of metabolism. Oxygenated and nutrient rich blood is distributed to tissues via the arterial system, which branches into smaller and smaller blood vessels from arteries to arterioles to capillaries

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The digestive is the one that keeps us charged, "it is the charger of our computers" It accumulates fats, sugars, and cells like ATP and organizes waste to be expelled by other systems since the body does not need them.

Digestion and absorption.

Complex macromolecules must be broken down and absorbed in the gastrointestinal (GI) tract.

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The sensory system is one of the most important and most present besides the nervous system, so to speak this system is one that analyzes if your computer has a virus, this is the one that analyzes what happens. Everything is based on our friend the brain, this sends signals to all our senses so that our brain and body analyze the information.

Receives stimuli and sends the impulses to the brain. It performs the function of recognizing changes in the internal and external environment to allow the body to react.

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Why A Human Body Can be Compared to A Super Computer?

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Why A Human Body Can be Compared to A Super Computer?

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Let’s examine the human computer (Hum-com).  To understand the human body  as  Hum-com,  it is necessary  to  break it into its  components  like an IT professional.

Any  computer  is  composed of two components; hardware  and software. Hardware is composed of computing parts as well as  input  and  output  devices and off course  the  peripherals.

Manufacture & Delivery –    Hum-com is  assembled in  a mother’s  body  and  delivered to  the  client in a sealed  packing. Even  the  mother  cannot  temper with  the  hardware being assembled in  her body. She  is just a carrier of the  product.

Credits: https://startupanz.com/human-body-can-compared-super-computer/

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The skeletal system is the one that makes us hard. It serves us to keep our feet in shape and more but what is the skeletal system? This is the one that makes our body stand up and for me it is the most important thing, the bones are the most important part of this they completely compose the system with the cartilage that in the majority maintains them united. Bones are mostly formed by calcium and those that keep it white. This system can be easily damaged but it is one of the most extensive.

Supports the body.

Facilitates movement.

Protects internal organs.

Produces blood cells.

Stores and releases minerals and fat.