Cilium example sentences
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Related (4): microtubule, flagellum, motility, protozoa
"Cilium" Example Sentences
- The cilium allows the cell to sense its external environment.
- In animals, cilia are slender, hair-like appendages project from the surface of some cells, and beat rhythmically in a coordinated fashion.
- Cilia act like oars or paddles to move fluids along the cell surface.
- The cilium is a cell organelle consisting of microtubules projecting from the cell membrane.
- Defects in cilia structure and function cause many different ciliopathies, including polycystic kidney disease.
- Certain cells use cilia to move across a surface, propelling the cell forward.
- Cilia help lung cells push mucus and debris up the airways to the mouth.
- The cilia lining the oviducts help move ova down toward the uterus.
- Sensory receptors within cilia detect biological and physical stimuli.
- The 9+2 structure of the cilium consists of nine outer microtubule doublets surrounding two central singlets.
- Cilia-driven fluid flow is critical for proper embryonic development and organ function.
- Defects in cilia contribute to a range of human diseases and developmental defects called ciliopathies.
- Cilia form through the process of ciliogenesis within the basal body.
- The beating of cilia relies on dynein motor proteins that slide microtubules against each other.
- In the eye, cilia help transport fluid from behind the lens.
- Motile cilia wiggle at a frequency of between 50 and 60 times per second.
- Immotile cilia do not wiggle but are important for sensing.
- The number and arrangement of cilia vary among cell types.
- Primary cilia, which do not beat, act as cellular sensors.
- Cilia are anchored at the basal body at the cell surface.
- Cilia regulate the flow of signaling molecules inside and outside the cell.
- Cilia defects can cause respiratory diseases, infertility issues and brain malformations.
- Cilia help form and move the embryo during early development.
- The basal body gives rise to the axoneme, the microtubular core of the cilium.
- Cilia defects can be inherited or result from environmental factors.
- Cilia contain proteins that sense mechanical stimuli and chemical signals.
- Cilia polarization creates directional fluid flow important for coordinated body functions.
- Some cells absorb nutrients through their cilia.
- The cilia tail of spermatozoa propels sperm cells forward.
- Paralysis and immotility of cilia can result in pneumonia and respiratory failure.
- Bronchial cilia help rid the airways of debris and mucus.
- Cilia defects can impair cerebrospinal fluid flow and cause hydrocephalus.
- Many cells disassemble their cilia during cell division.
- Vesicles transport cilia proteins from the cell body to the cilium.
- Cilia defects are collectively referred to as ciliopathies.
- Researchers study cilia to better understand human diseases.
- Transmission electron microscopy reveals the fine structure of cilia.
- Microtubules within cilia function as signal transducers.
- The cilium neatly packages numerous proteins essential for cell signaling.
- Cilia motion depends on the coordinated assembly and disassembly of microtubules.
- Scientists discovered cilia through the use of electron microscopy.
- Cilia structure and function are highly specialized and diverse.
- Primary cilia act as sensory cellular antennas.
- Cells resorb cilia before undergoing cell division.
- Cilia defects can cause infertility, learning disabilities, and organ damage.
- Researchers hope to find new therapies by further studying cilia function.
- Studies in model organisms have provided insight into human cilia biology.
- Cilia defects are an important factor in polycystic kidney disease.
- Respiratory cilia help trap and remove particles from the airways.
- Cilia are dynamic structures that constantly undergo turnover.
- Immotile cilia still contain an axoneme with microtubule doublets.
- Researchers are looking for biomarkers of cilia defects and ciliopathies.
- Cilia play an important role in left-right asymmetry in early embryos.
- The ciliary transition zone regulates protein entry into the cilium.
- Cilia contain receptors that detect light, chemicals, pH, and mechanical forces.
- Flagella are specialized cilia used for propulsion in single-celled organisms.
- Cilia beat in a coordinated manner using dynein molecules and radial spokes.
- Cilia serve as cellular antennae that detect chemical and mechanical stimuli.
- Cilia regulate key signaling pathways that influence cell growth and division.
- Cilia defects can result in developmental delays, vision and hearing loss.
Common Phrases
- Cilia play an important role in many biological processes.
- Cilia defects can cause several diseases and developmental disorders.
- The motion of cilia helps move substances through fluids.
- Motile cilia beat to help move fluid and trapped particles.
- Immotile cilia perform sensory and signaling functions.
- Cilia contain molecular motors that drive their motion.
- Primary cilia act as cellular antennae and receptors.
- The structure of cilia consists of microtubules within a membrane coat.
- Many proteins localized to cilia are involved in signaling pathways.
- Defects in cilia structure and function cause a class of genetic diseases.
- Researchers study cilia to better understand human diseases.
- Cilia help regulate key developmental and physiological processes.
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