Category
Microbiology (28)Reproductive Biology (9)Botany (8)Immunology (8)Reproductive System (7)Animals (5)Anatomy (5)Nature (4)Invertebrates (4)Ecology (4)Entomology (4)Marine Biology (4)Technology (4)Zoology (4)Plants (3)Aquarium (3)Physiology (3)Cell Biology (3)Parasitology (3)Respiratory System (3)Insects (3)Ichthyology (2)Weather (2)Biology (2)Amphibians (2)Marine Life (2)Mycology (2)Babies (2)Protozoa (2)Reptiles (2)Aquatic Animals (2)Birds (2)Toys (1)Space Exploration (1)Aquatic Biology (1)Ocean (1)Winter Weather (1)Celebrations (1)Nanotechnology (1)Reproductive Science (1)Vehicles (1)Outdoor Camping (1)Flags (1)Transportation (1)Party Decorations (1)Beverages (1)Crafts (1)Sports (1)Neuroscience (1)Renewable Energy (1)Cooking (1)Environmental Science (1)Indoor Environment (1)Cardiology (1)Recreational Activity (1)Fish (1)Outdoor Activities (1)Microorganisms (1)Oncology (1)Gastroenterology (1)Arachnids (1)
Usage Examples
Filter by Meaning Motile bacteria can move around using their flagella.
Motile bacteria are capable of colonizing a host's body and causing infections.
The motile stages of some parasites, such as malaria, are capable of invading and multiplying within host cells.
Certain types of cancer cells are highly motile and can spread throughout the body.
Researchers are studying the motile behavior of cells to better understand how tumors grow and spread.
The motile flagella of some protozoa enable them to move through soil and water to reach new environments.
Motile sperm cells must swim through the female reproductive tract to reach the egg for fertilization.
Some motile cells in the body, such as macrophages, help to fight off infections.
The motile microorganisms in the water can be seen swimming around under a microscope.
Amoebas are motile and can change their shape to move towards food sources.
Scientists have developed microscopic robots that are motile and can swim through fluids to deliver drugs to specific locations in the body.
The motile flagella of sperm cells allow them to swim towards the egg.
The motile flagella of certain types of algae enable them to move towards sources of light.
The motile cilia in the middle ear help to regulate pressure and maintain balance.
The motile cilia in the fallopian tubes help to move the fertilized egg towards the uterus.
The motile flagella of some parasites, such as Trypanosoma, allow them to move through the bloodstream and infect new hosts.
The motile flagella of certain types of archaea enable them to survive in extreme environments such as hot springs or salt flats.
The motile flagella of certain types of bacteria enable them to move towards nutrients or away from harmful substances.
The motile cilia on the epithelial cells in the trachea help to clear mucus and debris from the airways.
The motile cilia on the surface of some protists, such as Paramecium, enable them to move through water and capture food.
The motile flagella in the zygote of Chlamydomonas reinhardtii are essential for cell division.
The motile cilia in the ependymal cells lining the brain ventricles help to circulate cerebrospinal fluid.
The motile flagella of some bacteria enable them to move towards sources of nutrients or away from harmful environments.
The motile cilia in the digestive tract help to move food and waste through the system.
The motile cilia in the oviducts of mammals help to move the egg towards the uterus.
The motile cilia in the inner ear help to detect motion and maintain balance.
Motile sperm and eggs are important for the fertilization process to occur.
The female gamete is motile and capable of swimming towards the male gamete.
The motile behavior of the sperm increases its chances of fertilizing the egg.
The motile movement of the sperm is necessary for successful fertilization.
The motile cilia in the female reproductive system helps move the gametes towards the uterus.
The motile nature of gametes is necessary for sexual reproduction.
In order for successful fertilization to occur, the motile sperm must navigate through the female reproductive tract.
The motile tail of the sperm allows it to move towards the egg.
The motile nature of the sperm allows it to reach the egg for fertilization.
The flagella on the motile gametes propel them forward towards their destination.
Paramecia are motile protozoa that move using cilia.
The caterpillar is a motile larval stage of a butterfly, capable of crawling and feeding.
The motile larvae of insects undergo metamorphosis to become adult forms.
The cheetah is a motile animal known for its incredible speed.
The snail moves in a motile manner, leaving a trail of slime behind.
Birds are motile creatures that can fly and migrate to different regions.
The fish in the aquarium display motile behavior as they swim and explore their surroundings.
The motile behavior of plankton in the ocean influences marine ecosystems.
The motile nature of jellyfish allows them to swim and capture prey in the ocean.
The spider spins motile webs to catch its prey.
The tadpole undergoes motile metamorphosis, transforming into a frog with legs.
The motile capability of earthworms allows them to burrow through soil and improve soil fertility.
The squirrel is a motile mammal that can climb trees and scurry across the ground.
The motile flagella of certain algae help them to move towards light for photosynthesis.
Post a Comment