Body Parts That Start With C

Body parts that start with C. What body parts do you think to start with the letter C? Well, your body has many different body parts and some of them might begin with a certain letter.

For example, if we say “C” then most people would probably know that it is because they have ahead! In this article, I will list all of the body parts starting with C.

Body Parts That Start With C: List of Human Body Parts

What comes to mind when you think of body parts starting with the c fight list? Is it “calf” or “calendar?” The list below contains some lower common mortal body corridors, and they all start with the letter:

Cells, Chest, Cheek, Chin, Cortex, Cheekbone, Collar bone, Cartilage, Clavicle, Cranium, Cranial nerve, Cleavage, Crest, Cornea, Coccyx, Coccygeal nerves, Coccygeal vertebrae, Cerebro, Cerebral cortex, Cerebrum, Cerebellum, Carpal, Carpal tunnel Chromosomes, Cervical spine, Cochlea, Claw, Crown, Calf, Calf muscles, Costa (ribs), Costal Cartilages, Cricoid Cartilage, Colon, Calcaneus, Canine, Capillaries, Cerebrospinal fluid, Cervix (of the uterus), Clitoral hood, cephalic vein, carotid canal, cranial fossa, cranial cavity, Carotid artery, Canaliculi (channels in the bone or in the tear ducts), Colic flexure, Cankle, Cellulite, Cuticle, Crotch, Crista Galli, Cervix, Cuspid, Costovertebral articulations, Coxal articulation or hip-joint…

10 Body Parts Starting With C: Its Functions

I hope you found human body parts that start with c. I am sure this list of body parts will help you learn more about your body and what it is made up of! All human beings have these body parts, but we all know there are some body parts that some people may not be aware they had until something went wrong with them or they suddenly start to hurt.

Cells: Cells are the basic structural, functional, and biochemical units of the human body. There are trillions of cells in the mortal body. Cells of the human body are made up of a cell membrane that supports and also protects them.

This cellular membrane is extremely important to the health of the cells because it regulates what goes into and out of them.

Cells are a type of biological structural unit that is designed to hold and preserve certain specific types or amounts of body fluids. This is often done with specialized structures, such as the walls of blood vessels, which form elastic containers with fluid running through that vessel wall.

Function:

• They function both separately and together with other organic materials to give shape, form, structure, protection, transport proteins, hormones, and more to living beings.
• The cytoskeleton is constructed by actin filaments-which are made up of α-actinin expressed on the cell membrane or focal adhesions for anchoring on the substrate.
• Actin filaments polymerize into long fibrous bundles called microfilaments which are non-branching integrins embedded within cytoskeletal lattice clusters.
• As long as there are enough new cells created to take up the place of removed ones then you will remain fit and healthy – whether through calorie restriction or not!

Cranium: The cranial vault is the whole skull excluding the mandible. Cranium is a tough sheath of the protective membrane around the brain.

It’s made up of 3 bones – two Temporal Bones and one Rastrum. The human skull, or cranium, is a bony structure in which the brain sits inside.

It occupies most of humanity’s head and shoulders above the neck. It protects our brains from injury for their entire lives.

Function:

• The Cranium provides the basic mechanism by which the brain is supported, positioned, and protected within the skull.
• It also serves to contain cranial contents that would otherwise spill out into space Tissues attached to it provide for circulation, tracheal respiration (respiratory tract), and venous drainage (veins) in its intracranial cavity.
• Also helps to conduct heat because there’s lots of blood that flows around your brain and through your scalp, helping to regulate both heat and cold (among other things).

Cerebrum: The cerebrum is the largest part of the brain in humans, about one-third of the total brain size. Located above the brain stem and below the cerebral cortex, it is divided into left and right hemispheres that are connected by thick cortical columns in between called “Grey’s columns”.

The outer 2/3rds of both sides are referred to as “grey matter”, while white matter makes up its central 1/3rd. Grey matter can be further divided into 4 zones with differing functions: sensory (near the top), motor (at the rear), prefrontal lobes (furthest forward), and parietal lobes (behind).

Function:

• The righthand side of the cerebrum controls our logical thinking.
• The lefthand side handles intuition.
• Control” our studies, passions, recollections, language, logic chops, comprehensions, and attention”.

Cerebellum: The cerebellum is a very old part of the brain and it gets its special put from lots of bits that originate in many places throughout the cortex.

Its function is largely motor—that is, to coordinate body movements with what we want them to do (reflexes like flinching when someone punches us).

But it has got very deeply involved in all sorts of things such as learning new tasks or even thinking about your task schedule for an upcoming day at work; this is because, without rapid feedback loops, you can’t control how fast or slow you are.

Function:

• Contributes to your balance and motor control.
• It also plays an important part in collaboration.
• Also helps in coordinating breathing, blinking, and swallowing.
• Regulate blood pressure by increasing peripheral resistance in response to increased oxygen demand.

Cheek: The face is an amazingly expressive part of the human body. This section will explore how movement across joints in the lower jaw can dictate both where and how much muscles contract to make up a smile.

The different creases within your cheeks are called “Goglia”. A Goglia is named after the muscle it surrounds, as well as what effect smiling, has on that muscle.

When you stretch your lower lip down with your front teeth pressing against it, this causes a deep fold in the skin just below your nose to form.

This fold is known as a nasolabial furrow, which corresponds with one of two muscles deep inside your cheek that help pulls down on that section of lips when you smile broadly.

Function:

• It assists in “chewing” when it’s working with the tongue.
• Helps drive food to the reverse of the throat for swallowing.
• The cheeks also serve as a cushion to protect teeth from being damaged during a collision.

Chest: The chest of the human body is the part of the top of the body, typically including both breasts. This means that it is any portion of the torso located below the girdle and above the stomach. It can also refer to any part of either breast.

The lower end can be defined in different ways, for example as stopping at the sternum (also known as falsely naming “breast bone” or “breastbone”) or extending down to the center point between hips; women typically do not consider anything below center point between their hips to be considered chest area under clothing when judging whether they are well-dressed enough fully clothed).

Function:

• The function of the chest of the human body is to support and protect major internal organs.
• The chest area is so vital because so many key things come together underneath its roof–the heart, lungs, and diaphragm muscle (which allows us to breathe).
• It’s to protect our other vulnerable, delicate organs like the heart and lungs.

Cartilage: Cartilage is a type of connective tissue in which cells called chondrocytes are embedded in a protein matrix. The most common forms of cartilage are located on the ends of long bones such as around knee joints and between vertebrae. It also can be found within the ears, nose, and ligaments that attach muscles to bone.

Function:

• Cartilage holds our joints together.
• It also provides some padding to protect the ends of our joints, like knees and elbows.
• The cartilage primarily contains two types of cells, chondrocytes (which make up the majority) and chondromas (cells like osteoblasts or osteocytes which work primarily to resorb worn cartilage).

Cornea: The cornea is the transparent outermost layer of pigment cells, called the epithelium, which covers Bowman’s membrane. The anterior or front surface of the cornea also has a tear film, which is secreted by the lacrimal gland and reached constant thickness about 30 minutes after it leaks out through a fissure or pore on the surface (the punctum).

Function:

• It acts as a window and helps focus light intelligently onto the retina, at the back of the eye.
• Maintain proper shape against pressures from the inside.
• It contains water and proteins such as collagen to maintain moistness in order for it to be less sensitive to bacteria or infection.
• Allow restorations of vision for distances near and far.
• Protect the eye from invasion at its most sensitive parts.

Clavicle: The clavicle is a long bone extending from the shoulder to the sternum that connects anteriorly with the scapula. It’s also known as the collarbone in males and the beauty bone in female body parts that start with c.

Colloquially, it was once referred to as “the funny bone” because of its propensity to be tapped by a finger with little or no response from the person being tapped on this funny bone.

Clavicles are divided into three sections for the attachment of tendons and muscles with two joints or articulations in each section.

The first articulation separates the sternal end from the acromial process, appears near the angle of the coracoid process, is bent so as not to hinder movements at the shoulder joint, and conforms approximately with the beginning of arm bones called humor.

Function:

• The function of the clavicle is to provide structural support for the shoulder blade.
• This bone serves as a bridge between the upper arm and the sternum.
• It also connects to stabilize and protect some of the more vulnerable regions underneath them like your collarbone or your first rib.

Carpal: The carpal of the body is a group of eight small flexible bones lined up like half a glove and held together by ligaments. The carpal of the body is actually the “wrist” region along with bones in the hand that connect to it, where one’s hand bends as they grip something.

There are many connections in this area that provide stability for your grip, as well as nerve endings that process touch from those sensitive pads on your palms.

The most important part can be those three long curved fingers called the ones which let you hold items firmly without too much effort so you can use your hands to write or play instruments, for instance, not forgetting the keypad.

Function:

• The carpal bones and the muscles and ligaments that attach to them allow you to flex and extend your wrists.
• It supports most of your range of motion at the wrist joint.

Vertex:

Body parts start with the letter C! The letter C is the third most common letter in English, and it’s not hard to see why. There are so many body parts that begin with this letter – from your collarbone to your coccyx (which we go into more detail about below).

Here at Linguistics Tours, we love words and language, which means that for us there’s no better place than a blog post on all of those cool letters of the alphabet.