that's easy the lungs
The body of a sponge is made up of many pores and channels through which water circulates to bring in food and oxygen and remove waste. It is supported by a skeleton made of a flexible protein called spongin or hard structures called spicules. Sponges have no true tissues or organs and rely on specialized cells for various functions.
Maritime air masses, which originate over oceans or large bodies of water, typically contain more moisture due to the higher water content in these areas. When maritime air masses move over land, they can bring significant precipitation and contribute to humid conditions.
you have to always put it in the sun ____________________________ Small systems of the leaf include tissues that bring gases, water, and nutrients to the cell to carry out photosynthesis.
Well, darling, muscles are the tissues that bring about movement in the body. They contract and relax to allow us to do everything from blinking our eyes to running a marathon. So, if you're looking to bust a move, just remember it's all about those muscles doing their thing.
Organs have built-in mechanisms such as negative feedback loops to help maintain homeostasis. These mechanisms involve sensors that detect changes in internal conditions, control centers that interpret the information and initiate responses, and effectors that carry out the necessary adjustments to bring the body back to its set point.
The gift of donating organs and tissues can save lives and improve the quality of life for those in need of transplants. It is a selfless act of giving that can bring hope and healing to others in critical health situations.
Food from the food pipe is sent into the gastrovascular cavity. The surrounding tissues secrete enzymes that bring about digestion. Nutrients are absorbed and sent to the other organs for utilization.
The Lictors Bring to Brutus the Bodies of His Sons was created in 1789.
No. The circulatory system does transport various gasses around the body but the main gas the body needs is Oxygen (and not 'fresh air'). The blood transports breathed in Oxygen from the lungs into the tissues and organs and transports waste gasses such as carbon dioxide from the tissues and organs to the lungs to be expelled when breathing out. The circulatory system's job is transportation of the gasses to and from where they need to go in the body.
Oxygen and nutrients are transported in the blood to the organs through small blood vessels called capillaries. These substances diffuse from the bloodstream into the surrounding tissues where they are needed. Waste products produced by the organs are then picked up by the blood and carried away for elimination from the body.
Once the food enters the stomach, acids come in and absorb those nutrients and bring them to the organs
Four types of tissues are: 1. connective (connects between body organs) 2. epithelial (covers the surfaces. Some conatin cilia which moves substances) 3.nervous ( conducts nerve impulses around the body for coordination) 4. muscles ( contracts to bring about locomotion/ movement)
The body of a sponge is made up of many pores and channels through which water circulates to bring in food and oxygen and remove waste. It is supported by a skeleton made of a flexible protein called spongin or hard structures called spicules. Sponges have no true tissues or organs and rely on specialized cells for various functions.
It brings both oxygen and nutrients to all types of tissue.
Oxygen, respiratory means breathing.
Without cell specialisation, the organism can never become more than a simple protozoan because it's one cell must perform all of the metabolic functions to keep the cell alive and allow it to reproduce. It is the development of cells that work together to perform one function for the benefit of the entire colony of cells that allowed advanced animals and plants to evolve. Eventually, some organisms developed highly specialized tissues that became organ systems, and so advanced animals with large bodies(mammals, for example) and advanced plants (trees, for example), also with large bodies, were able to evolve and thrive. In our bodies, specialized tissues become organs with one main function, and we call these organs 'systems'. We have digestive, circulatory, respiration, reproduction, endocrine, nervous systems and more, all of which perform specific functions to support the entire body. In trees, there is xylem tissue to bring water up from the roots to the leaves, phloem tissue to bring glucose down from the leaves to the roots, structural ring systems which allow the tree to grow tall and wide, etc so the result is a large plant with specialized tissues to support the entire tree. The more specialized and seperate the systems, the more highly advanced the organism.
Blood vessels are found throughout the body, running through tissues and organs. They form a complex network that includes arteries, veins, and capillaries. Arteries carry oxygen-rich blood away from the heart, veins bring oxygen-poor blood back to the heart, and capillaries allow for nutrient and gas exchange in tissues.