The Trunk Muscles include, 1) those that move the vertebral column ( most of which are posterior antigravity muscles); 2) anterior thorax muscles, which move the ribs, head and arms; 3) muscles of the abdominal wall, which help move the vertebral column and most importantly form the muscular natural girdle of the abdominal wall.
Yes, bugs have organs. They have specialized structures like hearts, digestive systems, brains, and reproductive organs that help them carry out essential functions for survival. These organs may differ in complexity and structure from those of vertebrates, but they serve similar purposes.
Hippos protect themselves by using their large size, sharp teeth, and aggressive behavior. They are known to be territorial and will charge at anything they perceive as a threat, including humans. Hippos are considered one of the most dangerous animals in Africa due to their unpredictable nature and strength.
Spaying of female dogs involves surgical removal of the ovaries, and uterus, to ensure that no unwanted pups are had.Because these organs are removed, it means that they can not be put back at a later date.So no, spaying can not be reversed.No. When a dog is spayed, the uterus and ovaries are completely removed from her body. It is the same operation that in women is called a complete hysterectomy. Since her reproductive organs are removed, she can no longer have puppies, and there is no way to get those organs back.Being spayed is generally much healthier for the dog.
Not many people would think that snakes have any bones but they do. They have a skull, a spine, and ribs. Their spine is made up of about 200-400 vertebrae with as many ribs attached. Humans only have 24-33. They have a lot of strong muscles as well which is why they are so flexible. All those bones and the strong muscles protect the internal organs. The throat of the snake takes up the front one-third of the body. It leads to a really long stomach, which, like the throat, will stretch to the size of whatever the snake is eating. Hope this helped!:D
Chordates which possess vertebral column are called vertebrates .
Generally speaking the intestines are either ventral (quadrapeds) or anterior (bipeds) to the vertebral column. "Dorsal" refers to something on the back of the animal or toward the back of the animal. You can feel the spinous processes of the vertebral column on most domestic mammals, such as a cat or even a human. There is no room between those bone bumps and the skin for the intestines to hide. "Ventral" and "Anterior" refer to something toward the belly of the animal. Intestines are close to the belly.
The axial skeleton is composed of bones that provide support and protect the organs in the central axis of the body, including the skull, spine, and ribcage. It does not consist of bones that run through the literal center of the body, but rather those that form the central structure and framework.
I think it's your heart because its LHL (Lung, Heart, Lung) and then the ribs protect those organs.
Invertebrates are animal species that do not develop a vertebral column. This in effect includes all animals apart from the subphylum Vertebrata. Familiar examples of invertebrates include insects, snails, and starfish. Taxonomically speaking "invertebrate" is no more than a term of convenience; only about 3% of animal species include a vertebral column in their anatomy.[1] In other words all animals except those in the chordate subphylum Vertebrata (fish, amphibians, reptiles, birds, and mammals) are regarded as invertebrates.(source: Wikipedia)
There are two main divisions of animals, those with a vertebrae and those without. Animals without a vertabrae are called invertibrates and include animals like insects, spiders, mites and worms. Vertebrates are animals like mammals. fish, birds, reptiles and amphibians.
what did the British do to protect the interests of those who converted to christianity
Those people with organs from both genders.
A two-column geometric proof consists of a list of statements, and the reasons that we know those statements are true. The statements are listed in a column on the left, and the reasons for which the statements can be made are listed in the right column.
support and donate to those who are trying to protect them
Fats, particularly healthy fats such as those found in avocados, nuts, and olive oil, help protect our internal organs by providing cushioning and insulation. Additionally, fats contribute to the flavor and palatability of foods, enhancing our overall eating experience. They also aid in the absorption of fat-soluble vitamins (A, D, E, and K), further supporting overall health.
The top row of the sheet is row 1 and the first column is column A. Where you see the actual row numbers, above row 1, and the column headings, to the left of column A are not cells, so they do not have cell references. So if that is what you are referring to then there is no reference for them.For your data itself you can type in headings into cells like "Sales" or "Wages" or whatever, but those headings are in actual cells. So the references of those are wherever they are actually typed.The top row of the sheet is row 1 and the first column is column A. Where you see the actual row numbers, above row 1, and the column headings, to the left of column A are not cells, so they do not have cell references. So if that is what you are referring to then there is no reference for them.For your data itself you can type in headings into cells like "Sales" or "Wages" or whatever, but those headings are in actual cells. So the references of those are wherever they are actually typed.The top row of the sheet is row 1 and the first column is column A. Where you see the actual row numbers, above row 1, and the column headings, to the left of column A are not cells, so they do not have cell references. So if that is what you are referring to then there is no reference for them.For your data itself you can type in headings into cells like "Sales" or "Wages" or whatever, but those headings are in actual cells. So the references of those are wherever they are actually typed.The top row of the sheet is row 1 and the first column is column A. Where you see the actual row numbers, above row 1, and the column headings, to the left of column A are not cells, so they do not have cell references. So if that is what you are referring to then there is no reference for them.For your data itself you can type in headings into cells like "Sales" or "Wages" or whatever, but those headings are in actual cells. So the references of those are wherever they are actually typed.The top row of the sheet is row 1 and the first column is column A. Where you see the actual row numbers, above row 1, and the column headings, to the left of column A are not cells, so they do not have cell references. So if that is what you are referring to then there is no reference for them.For your data itself you can type in headings into cells like "Sales" or "Wages" or whatever, but those headings are in actual cells. So the references of those are wherever they are actually typed.The top row of the sheet is row 1 and the first column is column A. Where you see the actual row numbers, above row 1, and the column headings, to the left of column A are not cells, so they do not have cell references. So if that is what you are referring to then there is no reference for them.For your data itself you can type in headings into cells like "Sales" or "Wages" or whatever, but those headings are in actual cells. So the references of those are wherever they are actually typed.The top row of the sheet is row 1 and the first column is column A. Where you see the actual row numbers, above row 1, and the column headings, to the left of column A are not cells, so they do not have cell references. So if that is what you are referring to then there is no reference for them.For your data itself you can type in headings into cells like "Sales" or "Wages" or whatever, but those headings are in actual cells. So the references of those are wherever they are actually typed.The top row of the sheet is row 1 and the first column is column A. Where you see the actual row numbers, above row 1, and the column headings, to the left of column A are not cells, so they do not have cell references. So if that is what you are referring to then there is no reference for them.For your data itself you can type in headings into cells like "Sales" or "Wages" or whatever, but those headings are in actual cells. So the references of those are wherever they are actually typed.The top row of the sheet is row 1 and the first column is column A. Where you see the actual row numbers, above row 1, and the column headings, to the left of column A are not cells, so they do not have cell references. So if that is what you are referring to then there is no reference for them.For your data itself you can type in headings into cells like "Sales" or "Wages" or whatever, but those headings are in actual cells. So the references of those are wherever they are actually typed.The top row of the sheet is row 1 and the first column is column A. Where you see the actual row numbers, above row 1, and the column headings, to the left of column A are not cells, so they do not have cell references. So if that is what you are referring to then there is no reference for them.For your data itself you can type in headings into cells like "Sales" or "Wages" or whatever, but those headings are in actual cells. So the references of those are wherever they are actually typed.The top row of the sheet is row 1 and the first column is column A. Where you see the actual row numbers, above row 1, and the column headings, to the left of column A are not cells, so they do not have cell references. So if that is what you are referring to then there is no reference for them.For your data itself you can type in headings into cells like "Sales" or "Wages" or whatever, but those headings are in actual cells. So the references of those are wherever they are actually typed.