The acquisition and ingestion of food is collectively termed feeding. Depending upon the nature of food, feeding may be of three types in animals.
(a) Microphagy:It involves the feeding of particles which are small in comparison to the size of the organism. Paramecium, sponges, crustaceans, snails, certain fishes and birds, blue whales, etc. show microphagy. In this method water passes through filters. The contained food particles are retained and uti9lised. This method is hence, known as filter feeding.
(b) Macrophagy:It involves the feeding of particles which are large in comparison to the size of the organism, Amoeba, Hydra, certain amphibians, reptiles, fishes and birds show such type of feeding. They swallow the food as a whole without chewing.
(c) Liquid feeding:It is also known as fluid-feeding. Leeches, tape-worm, bats, mosquitoes, be bugs, spiders, flies and mil-sucking young mammals are the examples of this type. The foods engulfed or captured by most of the mammals are mechanically broken into smaller pieces. Teeth, jaw bones and muscles help them in doing this work.
In the animals which feed on plant (herbivores) like-horse, sheep, cow, the premolar and molar teeth have well developed ridges for effective grinding of the food. In the animals which feed on other animals (carnivores) like tiger, cat, dog, leopard, the canine teeth arte sharp and large for terracing the flesh.
2. Digestion:Food is digested within the cell in unicellular organisms like Amoeba. This process is termed intracellular digestion. In multi-cellular organisms too, digestion can take place inside the cell, for example, in Hydra. But digestion in multi-cellular organisms takes place in a long tube celled the elementary canal. As against the word 'intracellular', the expression extracellular digestion can be used for the digestion taking place in the mouth or in elementary canal. 3. AbsorptionIn this process the soluble parts of the food form the digestive region are absorbed across a membrane into the blood vessels. 4. AssimilationThe absorbed food material is utilized by the body to provide energy. 5. EgestionIt is process by which the insoluble parts of the food are discharge from the body of the animal as faeces.Spirogyra is a producer because it is a type of green algae that can photosynthesize to produce its own food using sunlight, water, and carbon dioxide.
yes,spirogyra does have a cell wall and they also have chloroplasts
Spirogyra is a type of green alga that obtains energy and nutrition through photosynthesis. Spirogyra contains chlorophyll in its chloroplast which is needed for photosynthesis and making nutrients.
No, Spirogyra is a type of filamentous green algae that does not have traditional plant structures like stems, roots, and leaves. Instead, Spirogyra consists of long, unbranched filaments made up of cells containing chloroplasts for photosynthesis.
Spirogyra are isogametes as the two participating gametes are similar in size and morphology.
Spirogyra, a filamentous green algae, primarily utilizes photosynthesis for nutrition, leveraging chlorophyll to convert sunlight, carbon dioxide, and water into glucose and oxygen. It has a unique spiral arrangement of chloroplasts within its cells, which enhances its ability to capture light for energy. Additionally, Spirogyra can absorb dissolved nutrients from its aquatic environment, contributing to its growth and metabolic processes. This dual mode of nutrition allows it to thrive in freshwater habitats.
what is the mode of nutrition in lichens?
The mode of nutrition for the Venus Flytrap is Heterotrophic Nutrition.
autotrophic mode of nutrition
the mode of nutrition in neottia is saprohytic
Plasmodium's mode of nutrition is PARASITIC
what is the mode of nutrition in lichens?
autotropic mode of nutrition
The mode of nutrition in Venus fly trap is hetrotrophic nutrition
Heterotrophic Nutrition
parasitic mode of nutrition
The mode of nutrition for streptococcus is mainly absorptive, but some are photosynthetic or chemosynthetic.