"Lithotriptic" Natural Recordings by Native Speakers
The word "lithotriptic" refers to a treatment or device used to break up or shatter kidney stones or other small stones in the urinary tract, often using shock waves or sound waves. The term comes from the Greek words "lithos" meaning stone and "triptikos" meaning breaking or shivering.
Here are 5 usage examples for the word "lithotriptic":
Lithostratigraphy is the science of correlating and classifying rock layers (strata) based on their composition, texture, and other geological characteristics, such as fossil content. It is a combination of the Greek words lithos (rock), and stratigraphy (study of layers). Lithostratigraphy helps geologists to reconstruct the Earth's history, understand the processes that formed the rocks, and identify potential fossil fuel deposits and mineral resources.
Lithotherapy is a form of alternative medicine that involves the use of stones, usually crystals or gemstones, to restore balance and harmony to the body, mind, and spirit. The term "lithos" is Greek for "stone," and lithotherapy is also known as stone therapy or crystal therapy. Practitioners of lithotherapy believe that stones have healing properties that can be used to alleviate physical, emotional, and spiritual symptoms. This can be done through meditation, touch, or simply by having the stones nearby.
A lithotome is a surgical instrument used to break up or shatter kidney or other stones in the body. It is often used in a procedure called lithotomy or litholapaxy, where the stone is fragmented into smaller pieces that can then be removed from the patient.
A lithotomist is a surgeon who specializes in the removal of stones, typically kidney stones or bladder stones, through an incision in the patient's abdomen or bladder.
Lithotomy refers to a medical procedure or position in which a person lies on their back (supine) with their knees bent and legs apart, typically performed for gynecological or urological exams, surgeries, or obstetric deliveries.
Lithotripsy is a medical procedure used to treat kidney stones by breaking them down into smaller pieces using shock waves.
Lithotripters are medical devices used to break up kidney stones or other types of stones in the body. They use shock waves to shatter the stones into smaller pieces that can then be passed out of the body through urine. This minimally invasive treatment is often used to treat patients who are not good candidates for surgery or other traditional treatments.
A lithotriptor is a medical device used to break up or pulverize stones in the body, usually in the kidneys, bladder, or pancreas, by using shockwaves to disintegrate them. The term "lithotripsy" refers to this non-invasive medical procedure.
A lithotrite is a type of medical instrument used to break up kidney or gallstones into smaller pieces. It is typically used during a minimally invasive procedure called lithotripsy, where shock waves are used to disintegrate the stones, allowing them to be more easily passed out of the body through urination.
A lithotritist is a medical professional who specializes in the treatment of kidney stones (lithiasis) using non-invasive methods, such as shockwave lithotripsy or ureteroscopy.
Lithotrity is a medical term that refers to the process of breaking up stones or calculi in the kidney, bladder, or other parts of the urinary tract using mechanical means, such as a lithotrite, which is a medical instrument that breaks up the stone into smaller pieces that can then be more easily eliminated from the body.
A lithotroph is an organism that obtains its energy by oxidizing inorganic compounds, typically iron or sulfur compounds, found in rocks and soil.
Lithotrophy refers to the process by which certain organisms, such as certain bacteria, obtain their energy by oxidizing inorganic compounds, typically iron or sulfur, through oxidative reactions. In other words, lithotrophs derive their energy by breaking down and chemically altering rocks, rather than by photosynthesis or consuming other organisms. This process is often found in environments where light is limited, such as deep-sea vents or sedimentary basins.