Use "Gamma" in a sentence | "Gamma" sentence examples
Gamma is a term that is commonly used in the field of physics and mathematics. It refers to the third letter of the Greek alphabet and is often used to represent a variety of concepts, including the gamma function, gamma rays, and gamma radiation. If you are looking to use the word "gamma" in a sentence, there are a few tips that can help you to do so effectively. Here are some suggestions:
1. Understand the context: Before using the word "gamma" in a sentence, it is important to understand the context in which it is being used.
For example, if you are discussing gamma radiation, you will want to make sure that your sentence reflects this topic.
2. Use it as a noun: Gamma can be used as a noun to refer to a specific concept or object.
For example, "The gamma rays emitted by the sun can be harmful to humans."
3. Use it as an adjective: Gamma can also be used as an adjective to describe something that is related to gamma radiation or other gamma-related concepts.
For example, "The gamma detector was able to accurately measure the radiation levels in the area."
4. Use it in a scientific context: Gamma is a term that is most commonly used in scientific contexts, so it is important to use it in a way that is appropriate for this type of language.
For example, "The gamma function is used to calculate complex mathematical equations."
5. Be clear and concise: When using the word "gamma" in a sentence, it is important to be clear and concise in your language. Avoid using overly complex sentences or technical jargon that may be difficult for others to understand.
Overall, using the word "gamma" in a sentence can be a great way to convey complex scientific concepts or ideas. By following these tips, you can use this term effectively and accurately in your writing.
In the remaining portion of this article, additional example sentences are presented to demonstrate the usage of the term "Gamma" within sentences.
"Gamma"
(1) The nuclide emitted gamma rays.
(2) Gamma rays have a short wavelength.
(3) The universe is full of gamma rays.
(4) Technetium-99m emits gamma radiation
(5) The radionuclide emitted gamma rays.
(6) The blood agar showed gamma-hemolysis
(7) Gamma rays are produced by black holes.
(8) Neutron stars can emit gamma-ray bursts
(9) Etamin is also known as Gamma Draconis.
(10) Gamma rays are used in cancer treatment.
Sentence For "Gamma"
(11) The millicuries emitted gamma radiation.
(12) Conine is also known as gamma-coniceine.
(13) The air is a good medium for gamma rays.
(14) Americium is a source of gamma radiation.
(15) Betatrons are used to produce gamma rays.
(16) Gamma rays are invisible to the human eye.
(17) The wave number of this gamma ray is 12.6.
(18) The radioactive isotope emitted gamma rays.
(19) Gamma radiation can cause mutations in DNA.
(20) The wave number of this gamma ray is 10^20.
"Gamma" In A Sentence
(21) Photons can be used in gamma ray detectors.
(22) Gamma rays can cause damage to living cells.
(23) Gamma rays are a form of ionizing radiation.
(24) Gamma rays are a type of ionizing radiation.
(25) Gamma rays are produced by nuclear reactions.
(26) Gamma rays can be used to treat brain tumors.
(27) Astrophysically observe the gamma-ray bursts.
(28) Gamma rays are used in industrial radiography.
(29) Gamma rays are a type of electromagnetic wave.
(30) Magnetars emit bursts of X-rays and gamma rays
"Gamma" Sentence
(31) Gamma radiation is invisible to the human eye.
(32) Gamma ray therapy is used in cancer treatment.
(33) Scientists use detectors to measure gamma rays.
(34) The gamma rays refract through the lead shield.
(35) Gamma rays can penetrate through most materials.
(36) Gamma rays are emitted during radioactive decay.
(37) Gamma rays are produced in nuclear power plants.
(38) Gamma rays are used in the study of cosmic rays.
(39) The gamma ray burst was detected by astronomers.
(40) Adjust the gamma settings to brighten the image.
"Gamma" Sentence Examples
(41) Actiniums emit alpha, beta, and gamma radiation.
(42) Gamma rays can be harmful to astronauts in space.
(43) Gamma rays are emitted during nuclear explosions.
(44) Gamma rays are produced during nuclear reactions.
(45) The gamma rays can irradiate through human tissue
(46) The energy of a gamma ray can be measured in MeV.
(47) Gamma ray is a form of electromagnetic radiation.
(48) Quasars emit radio waves, X-rays, and gamma rays.
(49) The wave length of a gamma ray is extremely short.
(50) Gamma radiation is often used in cancer treatment.
Sentence With "Gamma"
(51) Gamma rays have high energy and short wavelengths.
(52) Gamma rays are used in medical imaging techniques.
(53) Gamma globulin is a protein found in blood plasma.
(54) Gamma rays are a form of electromagnetic radiation.
(55) Gamma rays are a type of electromagnetic radiation.
(56) Gamma radiation can be harmful to living organisms.
(57) Gamma decay is a type of radioactive decay process.
(58) Gamma radiation is used in sterilization processes.
(59) Gamma rays are emitted during supernova explosions.
(60) Beta decay can result in the emission of gamma rays.
Use "Gamma" In A Sentence
(61) Gamma radiation is emitted during nuclear reactions.
(62) The wave number of this gamma ray is extremely high.
(63) The spectral power of the gamma rays was determined.
(64) The chemokine CXCL10 is induced by interferon-gamma.
(65) Immune gamma globulin is administered intravenously.
(66) The word gamma is often used in the field of physics.
(67) The radioactivated particles emitted gamma radiation.
(68) The gamma ray emission was detected by the satellite.
(69) Alpha-particles are less penetrating than gamma rays.
(70) The allotropic forms of iron include alpha and gamma.
Sentence Using "Gamma"
(71) Alpha particles are less penetrating than gamma rays.
(72) Gamma rays can be used to sterilize medical equipment.
(73) The gamma distribution is commonly used in statistics.
(74) Gamma rays are produced by nuclear reactions in stars.
(75) Gamma radiation can penetrate through thick materials.
(76) Gamma radiation can cause damage to cells and tissues.
(77) The medical waste was sterilized with gamma radiation.
(78) Gamma globulin is a type of protein found in the blood.
(79) The betatron is used to produce high-energy gamma rays.
(80) Gamma radiation is a form of electromagnetic radiation.
Sentences With "Gamma"
(81) Gamma rays can cause ionization in atoms and molecules.
(82) Gamma rays are often produced during nuclear reactions.
(83) The gamma ray burst lasted for only a few milliseconds.
(84) The petri dishes were sterilized under gamma radiation.
(85) The collimated gamma rays were used in cancer treatment.
(86) Some individuals may have a deficiency in gamma globulin
(87) The decay of positronium produces two gamma-ray photons.
(88) The energy of a gamma ray burst can be expressed in MeV.
(89) Scientists use detectors to measure gamma ray emissions.
(90) The gamma camera detected a tumor in the patient's lung.
Sentence Of "Gamma"
(91) The factorial of a number is used in the gamma function.
(92) The doctor used a gamma ray to treat the cancer patient.
(93) Fission reactions can release a burst of gamma radiation.
(94) Immune gamma globulin is derived from human blood plasma.
(95) Gamma radiation can be emitted from radioactive isotopes.
(96) Gamma radiation can be used to detect leaks in pipelines.
(97) The gamma rays can irradiate through thick lead shielding
(98) The surgical masks were sterilized under gamma radiation.
(99) The collapse of a collapsar can create a gamma-ray burst.
(100) The gamma ray telescope captured images of distant stars.
"Gamma" Sentences
(101) Gamma rays are harmful to living organisms in high doses.
(102) Gamma rays are commonly emitted during radioactive decay.
(103) Neutron capture can result in the emission of gamma rays.
(104) Gamma globulin is a type of protein found in blood plasma.
(105) Gamma radiation is commonly used in research laboratories.
(106) The reradiation of gamma rays is used in cancer treatment.
(107) The gamma ray burst originated from a supernova explosion.
(108) Gamma rays are emitted during the fusion process in stars.
(109) Neutron capture can lead to the release of gamma radiation.
(110) The gamma rays can refract through to destroy cancer cells.
"Gamma" Use In Sentence
(111) Immune gamma globulin is administered through an injection.
(112) Nuclear reactions can result in the emission of gamma rays.
(113) Gamma ray bursts can temporarily outshine an entire galaxy.
(114) The gamma ray detector measured the intensity of radiation.
(115) The petri dishes were sterilized by way of gamma radiation.
(116) The gamma rays emitted by nuclear explosions can be deadly.
(117) The laboratory samples were sterilized with gamma radiation.
(118) Gamma globulin can be given intravenously or subcutaneously.
(119) Gamma rays are used in the testing of electronic components.
(120) Gamma cameras are commonly used in nuclear medicine imaging.
Sentence On "Gamma"
(121) The gamma rays can irradiate round the body to treat cancer.
(122) The exposure to high levels of gamma radiation can be fatal.
(123) The nurse administered the gamma globulin shot to the child.
(124) The gamma ray emission was observed from the distant galaxy.
(125) The gamma ray source was shielded with thick layers of lead.
(126) Immune gamma globulin is also known as immunoglobulin or Ig.
(127) The energy of a gamma ray can be measured in electron volts.
(128) Gamma rays are used in cancer treatment to kill cancer cells.
(129) Gamma rays are used in the sterilization of medical supplies.
(130) Gamma rays can be used to measure the thickness of materials.
"Gamma" Example
(131) The crab nebula is a source of X-ray and gamma-ray emissions.
(132) The Crab Nebula is a source of X-ray and gamma-ray emissions.
(133) Gamma globulin is derived from human plasma or donated blood.
(134) The gamma ray source was securely stored in a lead container.
(135) Gamma rays are used in security scanning systems at airports.
(136) The radioisotope emitted gamma rays during its decay process.
(137) Antiatoms have been observed in experiments using gamma rays.
(138) The medical implants were sterilized through gamma radiation.
(139) The medical implants were sterilized beneath gamma radiation.
(140) The study showed that exercise can increase gamma brainwaves.
"Gamma" In Sentence
(141) The collimated gamma rays were used in industrial radiography.
(142) Gamma globulin is often used as a passive immunization method.
(143) Gamma rays are used in the preservation of cultural artifacts.
(144) Gamma interferon is used in the treatment of certain diseases.
(145) The use of lead shielding can protect against gamma radiation.
(146) The scintillation counter detected the presence of gamma rays.
(147) The gamma ray source was shielded to protect the surroundings.
(148) The radiopharmaceutical emits gamma rays for imaging purposes.
(149) Immune gamma globulin is also known as immunoglobulin therapy.
(150) The backscatter of gamma rays can be used in cancer treatment.
"Gamma" Sentences In English
(151) The syringes were sterilized in the gamma radiation sterilizer.
(152) The presence of gamma globulin can indicate an immune response.
(153) Gamma rays are produced by high-energy astrophysical processes.
(154) Gamma rays are used in industrial radiography to inspect welds.
(155) The gamma function is a mathematical function used in calculus.
(156) Fetal hemoglobin is composed of two alpha and two gamma chains.
(157) Gamma radiation is commonly used in medical imaging techniques.
(158) The effects of gamma radiation on different materials can vary.
(159) The short wavelength of gamma rays makes them highly energetic.
(160) The short wavelength of gamma rays is used in cancer treatment.
Make Sentence With "Gamma"
(161) The laboratory samples were sterilized through gamma radiation.
(162) The fissioning of atoms can release a burst of gamma radiation.
(163) The surgical masks were sterilized by means of gamma radiation.
(164) The gamma rays were used to treat the patient's thyroid cancer.
(165) Gamma rays are used in cancer treatment to destroy tumor cells.
(166) The gamma ray burst was one of the most powerful ever recorded.
(167) The ionising power of gamma rays is higher than that of X-rays.
(168) The LFT revealed elevated levels of gamma-glutamyl transferase.
(169) The gamma ray detector converts radiation to electrical energy.
(170) The collimated gamma rays were used in nuclear medicine imaging.
Sentences Using "Gamma"
(171) Gamma rays have high energy and can penetrate through materials.
(172) Positronium is unstable and quickly annihilates into gamma rays.
(173) The extragalactic source emitted a powerful burst of gamma rays.
(174) The detection of gamma radiation requires specialized equipment.
(175) Gamma radiation is one of the three types of ionizing radiation.
(176) Gamma ray bursts can be caused by the collapse of massive stars.
(177) The annihilation of positrons and electrons produces gamma rays.
(178) The syringes were sterilized in lieu of using gamma irradiation.
(179) The machine is designed to convert up radiation into gamma rays.
(180) Gamma rays are used in medical imaging techniques like PET scans.
Sentence From "Gamma"
(181) Gamma rays can be used to study the composition of distant stars.
(182) Gamma rays can be used to treat certain types of blood disorders.
(183) Gamma rays can be used to detect and locate sources of radiation.
(184) The irradiance of the gamma rays can be used for medical imaging.
(185) The laboratory samples were sterilized by way of gamma radiation.
(186) Gamma rays are used in industrial radiography for flaw detection.
(187) Borage oil is known for its high content of gamma-linolenic acid.
(188) The wavefront of the gamma ray penetrated deep into the material.
(189) The absorbed-dose of radiation was delivered using a gamma knife.
(190) L'ampia gamma di prodotti offerti dal negozio era impressionante.
(191) The decay of actinon produces alpha particles and gamma radiation.
(192) The wave number of a gamma ray determines its penetration ability.
(193) Gamma rays are used in security scanners to detect hidden objects.
(194) Gamma rays are used in the detection of radioactive contamination.
(195) The gamma quadrant is a region of space in the Star Trek universe.
(196) The intensity of gamma radiation can vary depending on the source.
(197) Gamma ray imaging is used in medical diagnostics to detect tumors.
(198) Gamma ray spectroscopy can be used to identify unknown substances.
(199) The gamma ray burst was observed in multiple wavelengths of light.
(200) Novae are important sources of gamma-ray emission in the universe.
(201) The gamma radiation therapy was administered in multiple sessions.
(202) The gamma rays emitted by the pulsar were observed by astronomers.
(203) Gamma globulin is often used to treat certain immune deficiencies.
(204) The gamma ray spectrometer analyzed the composition of the sample.
(205) The gamma ray telescope detected a burst of high-energy radiation.
(206) The gamma ray emission was measured in units of energy per second.
(207) The decay of radiothorium produces alpha particles and gamma rays.
(208) Immune gamma globulin is often used to treat autoimmune disorders.
(209) Gamma rays are also emitted by some types of stars and supernovae.
(210) There are three main types of interferons: alpha, beta, and gamma.
(211) Neutrinos can be used to study the properties of gamma-ray bursts.
(212) Alpha particles are less penetrating than beta or gamma radiation.
(213) Gamma rays have the highest energy in the electromagnetic spectrum.
(214) Gamma rays are used in food irradiation to kill bacteria and pests.
(215) The gamma knife is a medical device used for precise brain surgery.
(216) Gamma interferon is a type of cytokine involved in immune response.
(217) Gamma hydroxybutyrate (GHB) is a central nervous system depressant.
(218) Gamma rays are used in the detection of certain medical conditions.
(219) The exposure to gamma radiation can be harmful to living organisms.
(220) The annihilation of a positron and an electron produces gamma rays.
Short & Simple Example Sentence For "Gamma" | "Gamma" Sentence
(221) Gamma ray bursts are the most energetic explosions in the universe.
(222) Gamma ray bursts can be detected from billions of light-years away.
(223) The gamma rays can irradiate outside and penetrate through objects.
(224) The laboratory shakers were sterilized by means of gamma radiation.
(225) The gamma camera detected abnormal activity in the patient's heart.
(226) The gamma radiation therapy helped to shrink the size of the tumor.
(227) The doctor ordered a blood test to check the gamma globulin levels.
(228) Gamma rays are produced by nuclear reactions and radioactive decay.
(229) Beta particles are often accompanied by the emission of gamma rays.
(230) Gamma rays are also used in radiation therapy to kill cancer cells.
(231) The surgical gowns were sterilized by using a gamma ray sterilizer.
(232) The gamma rays are a type of high-energy electromagnetic radiation.
(233) Gamma rays are used in research to study the structure of molecules.
(234) The gamma ray detector was sensitive enough to detect faint signals.
(235) The radioactive isotope emitted gamma rays during its decay process.
(236) Gamma globulin is produced by plasma cells in response to infection.
(237) The laboratory equipment was sterilized by means of gamma radiation.
(238) The Greek alphabet has 24 letters, including alpha, beta, and gamma.
(239) When actinides decay, they produce alpha, beta, and gamma radiation.
(240) The radio telescope is used to search for and study gamma-ray bursts.
How Do You Write A Good Sentence With "Gamma"?
(241) The effects of gamma radiation on the human body can be long-lasting.
(242) The appulses of gamma-ray bursts can be observed by space telescopes.
(243) The decay of berkeliums produces alpha particles and gamma radiation.
(244) The gamma ray telescope captured stunning images of distant galaxies.
(245) The gamma ray detector was able to identify the radioactive material.
(246) The gamma knife procedure allowed for precise targeting of the tumor.
(247) The gamma rays were used to sterilize food products to ensure safety.
(248) Gamma rays are also used in cancer treatment to destroy cancer cells.
(249) Gamma rays are produced by the annihilation of matter and antimatter.
(250) The radiations from the gamma-ray burst were detected by astronomers.
(251) Gamma rays are emitted by black holes and other astronomical objects.
(252) The astronomer can help us understand why there are gamma ray bursts.
(253) Gamma globulin is often used in the treatment of autoimmune disorders.
(254) The gamma camera is a medical imaging device used to detect radiation.
(255) Neutron stars are believed to be the source of short gamma-ray bursts.
(256) The decay of californium produces alpha particles and gamma radiation.
(257) The effects of gamma radiation on the environment can be long-lasting.
(258) The gamma ray emission from the nuclear reactor was closely monitored.
(259) The gamma radiation emitted by the sun can be harmful to human health.
(260) The gamma rays were used to study the properties of various materials.
English Sentences With Audio Using The Word "Gamma".
(261) The pharmacist ensured the proper storage of the gamma globulin vials.
(262) Gamma rays can penetrate through most materials, including thick lead.
(263) The decay of uranium 235 releases alpha particles and gamma radiation.
(264) Immune gamma globulin is a medication used to boost the immune system.
(265) Fetal hemoglobin is composed of two alpha and two gamma globin chains.
(266) Gamma rays have a higher frequency and shorter wavelength than X-rays.
(267) Immune gamma globulin is administered intravenously or subcutaneously.
(268) The explosion of a supernova can create a burst of gamma-ray radiation.
(269) The irradiator is capable of delivering both gamma and X-ray radiation.
(270) The patient received immune gamma globulin to prevent certain diseases.
(271) The parallactic effect is used to study the motion of gamma-ray bursts.
(272) The surgical gloves were sterilized beneath a layer of gamma radiation.
(273) The syringe needles were sterilized beneath a layer of gamma radiation.
(274) The patient's antibody levels increased after receiving gamma globulin.
(275) The patient's gamma globulin levels returned to normal after treatment.
(276) Gamma rays can be harmful to living organisms if exposed in high doses.
(277) The energy of a photon emitted in a gamma decay can be measured in MeV.
(278) Gamma rays are produced during nuclear reactions and radioactive decay.
(279) Glutamate is converted into GABA (gamma-aminobutyric acid) in the brain.
(280) Gamma correction is a technique used to adjust the brightness of images.
How To Use "Gamma" With Example Sentences.
(281) The radioactive substance emitted a millicurie level of gamma radiation.
(282) The effectiveness of immune gamma globulin varies from person to person.
(283) The diffractions of gamma rays can be detected by specialized detectors.
(284) The use of gamma radiation in food preservation helps extend shelf life.
(285) The effects of gamma radiation on electronic devices can be detrimental.
(286) The continuous spectrum of gamma rays is highly energetic and dangerous.
(287) Gamma ray spectroscopy is an important tool in nuclear physics research.
(288) The perigees of gamma-ray bursts can release enormous amounts of energy.
(289) The editor adjusted the gamma levels to brighten the scene in the video.
(290) The gamma rays emitted by the nuclear reactor were carefully controlled.
(291) The gamma rays were used to sterilize medical equipment in the hospital.
(292) The doctor recommended a regular dose of gamma globulin for the patient.
(293) The patient experienced a mild reaction to the gamma globulin injection.
(294) The doctor prescribed a higher dosage of gamma globulin for the patient.
(295) The gamma rays emitted by the sun can cause damage to our skin and eyes.
(296) Gamma waves are a type of brainwave associated with cognitive processing.
(297) The diffraction of gamma rays is a phenomenon studied in nuclear physics.
(298) Supernovas can be detected through the emission of gamma rays and X-rays.
(299) The food is treated with gamma rays to irradiate up any harmful bacteria.
(300) The doctor prescribed immune gamma globulin to help fight off infections.
(301) Immune gamma globulin can cause side effects such as headache and nausea.
(302) The measurement of gamma radiation is expressed in units called sieverts.
(303) Gamma radiation is used in industrial applications such as sterilization.
(304) The intensity of gamma radiation decreases with distance from the source.
(305) Gamma ray bursts can last for only a few milliseconds or several minutes.
(306) The gamma ray source was shielded to protect the surrounding environment.
(307) The medical implants were sterilized through a gamma irradiation process.
(308) The doctor prescribed a dose of gamma globulin to boost my immune system.
(309) Gamma globulin injections are commonly given to prevent certain diseases.
(310) Gamma rays are used in the inspection of welds and pipelines for defects.
(311) Gamma rays are used in the detection of hidden contraband and explosives.
(312) Immune gamma globulin is a vital component of the body's immune response.
(313) The production of gamma globulin is regulated by the body's immune system.
(314) Gamma linolenic acid is an omega-6 fatty acid found in certain plant oils.
(315) Gamma motor neurons are a type of motor neuron involved in muscle control.
(316) The spectral window enables us to detect the presence of gamma-ray bursts.
(317) The backscatterings of gamma rays were detected by the radiation detector.
(318) Gamma ray sterilization is used to kill bacteria and other microorganisms.
(319) The gamma radiation therapy was effective in treating the patient's tumor.
(320) The gamma radiation emitted by the radioactive waste was safely contained.
(321) The child's immune system was strengthened with gamma globulin injections.
(322) Gamma rays are emitted by radioactive isotopes such as uranium and radium.
(323) The gamma rays can irradiate underneath the soil to kill harmful bacteria.
(324) Gamma globulins are also known as antibodies and help to fight infections.
(325) Gamma radiation is commonly used in cancer treatment to kill cancer cells.
(326) The laboratory samples were sterilized by exposing them to gamma radiation.
(327) The backscatter of the gamma rays helped identify the radioactive material.
(328) The production of gamma globulin is stimulated by the presence of antigens.
(329) The effects of gamma radiation on living organisms are still being studied.
(330) The gamma camera captured detailed images of the patient's internal organs.
(331) The gamma camera provided detailed images of the patient's skeletal system.
(332) Gamma rays are used in the sterilization of medical equipment and supplies.
(333) Gamma rays are emitted by radioactive elements found in rocks and minerals.
(334) The immune system relies on gamma globulin to neutralize harmful pathogens.
(335) The doctor explained that gamma globulin helps to provide passive immunity.
(336) The nurse explained the potential side effects of gamma globulin treatment.
(337) The scintillator detector was used in medical imaging to detect gamma rays.
(338) The team is investigating methods to convert over radiation into gamma rays.
(339) Doctors may administer gamma globulin as a treatment for certain infections.
(340) Gamma globulin plays a crucial role in the body's defense against pathogens.
(341) The side effects of gamma globulin therapy are generally mild and temporary.
(342) Gamma secretase is an enzyme involved in the processing of certain proteins.
(343) The collapse of a collapsar creates a powerful burst of gamma-ray radiation.
(344) The scintillator material was chosen for its high sensitivity to gamma rays.
(345) Immune gamma globulin is often used in the treatment of immune deficiencies.
(346) The emission of a beta particle can result in the production of a gamma ray.
(347) The red giant star Gamma Crucis is part of the Southern Cross constellation.
(348) The patient's immune system improved after receiving gamma globulin therapy.
(349) The doctor recommended a monthly infusion of gamma globulin for the patient.
(350) Gamma rays are highly energetic and can travel long distances through space.
(351) Gamma rays are used in the measurement of soil density and moisture content.
(352) Gamma rays are produced in lightning strikes and can be detected from space.
(353) The patient received a transfusion of gamma globulin to fight off infection.
(354) The nurse administered the gamma globulin injection using a sterile syringe.
(355) The ionising power of gamma rays allows them to penetrate deep into tissues.
(356) The discovery of the first gamma-ray burst was a major scientific discovery.
(357) The padic gamma function is a key ingredient in the theory of modular forms.
(358) Gamma rays are one of the most energetic forms of radiation in the universe.
(359) Gamma rays are a type of radiation that can penetrate through solid objects.
(360) The collimator is used to reduce the background noise in gamma spectroscopy.
(361) The researchers used a gamma camera to measure radiation emitted by the body.
(362) Gamma globulin is derived from human plasma or can be produced synthetically.
(363) Immune gamma globulin is a medication used to boost the body's immune system.
(364) Immune gamma globulin is often used in the treatment of autoimmune disorders.
(365) The patient's immune function improved after receiving immune gamma globulin.
(366) The doctor recommended immune gamma globulin to prevent recurrent infections.
(367) The gamma radiation emitted by the nuclear power plant was closely monitored.
(368) The gamma spectroscopy analysis identified the presence of specific isotopes.
(369) The energy of a gamma ray emitted in a nuclear decay can be expressed in MeV.
(370) The patient experienced an allergic reaction to the gamma globulin injection.
(371) The doctor ordered a blood test to check the patient's gamma globulin levels.
(372) The redshifts of gamma-ray bursts have been used to study the early universe.
(373) The gamma function is a mathematical function used in statistics and physics.
(374) Neutron stars emit X-rays and gamma rays due to their intense magnetic fields.
(375) Immune gamma globulin is administered intravenously for maximum effectiveness.
(376) The nurse explained the importance of gamma globulin in preventing infections.
(377) The patient's immune response improved after receiving gamma globulin therapy.
(378) The nurse administered the gamma globulin injection using a sterile technique.
(379) Gamma rays are used in the detection and treatment of certain types of cancer.
(380) Gamma rays are used in the study of nuclear physics and particle interactions.
(381) La biblioteca nazionale contiene una vasta gamma di libri e documenti storici.
(382) The discovery of the first gamma-ray burst was a major astronomical discovery.
(383) The levels of gamma globulin in the blood can be measured through a blood test.
(384) Gamma globulin can be stored at low temperatures to maintain its effectiveness.
(385) The annihilation of positronium can be used to generate high-energy gamma rays.
(386) The patient's immune system was boosted with the help of immune gamma globulin.
(387) Blazars are a type of active galactic nucleus that emit high-energy gamma rays.
(388) The risk of exposure to gamma radiation increases with proximity to the source.
(389) The gamma rays emitted during a nuclear explosion can have devastating effects.
(390) The gamma spectroscopy analysis confirmed the presence of radioactive isotopes.
(391) The gamma rays were used to study the effects of radiation on living organisms.
(392) The patient received a transfusion of gamma globulin to fight off an infection.
(393) The doctor explained that gamma globulin helps protect against certain viruses.
(394) The radiation pressure from the gamma rays can penetrate through solid objects.
(395) The gamma camera converts from radiation into visual images of internal organs.
(396) The actinism of gamma rays is used in cancer treatment to destroy cancer cells.
(397) The annihilation of antiprotons and protons can produce high-energy gamma rays.
(398) Gamma rays are produced by the decay of atomic nuclei and in nuclear reactions.
(399) Gamma rays are invisible to the human eye but can be detected by their effects.
(400) The effectiveness of gamma globulin in preventing infections is well-documented.
(401) The scatter radiation from the gamma rays can penetrate through thick materials.
(402) Gamma ray bursts can be used as cosmological probes to study the early universe.
(403) The pharmacist explained the potential side effects of gamma globulin treatment.
(404) The gamma ray spectrometer provided valuable data about the mineral composition.
(405) The astrochemist analyzed the chemical reactions that occur in gamma-ray bursts.
(406) The scintillometer is a device used to measure the intensity of gamma radiation.
(407) The blueshifts in the light from a gamma-ray burst suggest its distance from us.
(408) The gamma rays can irradiate through the walls, posing a danger to human health.
(409) The extragalactic gamma-ray background is a diffuse glow of gamma-ray radiation.
(410) Gamma globulin can provide temporary protection against certain viral infections.
(411) Tryptophan is a precursor to the neurotransmitter gamma-aminobutyric acid (GABA).
(412) The patient's immune system was supported with the help of immune gamma globulin.
(413) Gamma ray astronomy allows us to study the high-energy phenomena in the universe.
(414) Gamma ray detectors are used in nuclear power plants to monitor radiation levels.
(415) Gamma ray bursts are believed to be associated with the formation of black holes.
(416) Supernovas can release enormous amounts of energy in the form of gamma-ray bursts
(417) The gamma radiation emitted by the radioactive material was measured in sieverts.
(418) The doctor explained that gamma globulin helps boost the body's natural defenses.
(419) Gamma rays are used in medical imaging techniques such as gamma-ray spectroscopy.
(420) The collimated gamma rays were directed towards the target for radiation therapy.
(421) The bolometry technique is used to measure the energy output of gamma-ray bursts.
(422) Gamma rays can penetrate through thick materials and are used in medical imaging.
(423) Scientists use gamma spectroscopy to study the properties of atoms and molecules.
(424) The decay of positronium produces gamma rays, which can be detected and measured.
(425) The dosage of immune gamma globulin depends on the patient's weight and condition.
(426) The patient's immune response was enhanced with the help of immune gamma globulin.
(427) The spectral power of the gamma-ray burst was analyzed to study its energy output.
(428) The laboratory uses a gamma ray source to irradiate samples for research purposes.
(429) The gamma camera provided valuable information about the patient's brain activity.
(430) The gamma rays emitted by the radioactive source were shielded to protect workers.
(431) The laboratory test revealed a low level of gamma globulin in the patient's blood.
(432) The doctor discussed the potential benefits and risks of gamma globulin treatment.
(433) Gamma rays are detected using specialized instruments such as gamma-ray detectors.
(434) Gamma rays are produced in nuclear reactors during the process of nuclear fission.
(435) Gamma globulin is derived from human plasma or can be synthesized in a laboratory.
(436) The patient experienced a mild fever after receiving the gamma globulin injection.
(437) The pulse height analyzer is an essential component of gamma spectroscopy systems.
(438) Gamma rays can cause ionization in living cells, leading to DNA damage and cancer.
(439) The padic gamma function is a key ingredient in the study of p-adic modular forms.
(440) The use of gamma globulin should be closely monitored by a healthcare professional.
(441) The production of immune gamma globulin requires careful screening of blood donors.
(442) Immune gamma globulin is a specialized medication that targets specific antibodies.
(443) Gamma ray detectors are used in security screening to detect radioactive materials.
(444) Gamma rays are emitted by black holes and other high-energy astronomical phenomena.
(445) The patient's gamma globulin levels were elevated, suggesting an ongoing infection.
(446) Gamma rays can be detected by specialized instruments such as gamma ray telescopes.
(447) The collimator is an important component of a gamma camera used in nuclear imaging.
(448) Gamma globulin is often used in the treatment of primary immunodeficiency disorders.
(449) The gamma rays can refract through to destroy cancer cells during radiation therapy.
(450) The electromagnetic force is what allows for the existence of X-rays and gamma rays.
(451) Immune gamma globulin is a vital component in the body's defense against infections.
(452) The patient's immune system was strengthened with the help of immune gamma globulin.
(453) The doctor explained the benefits and risks of immune gamma globulin to the patient.
(454) Immune gamma globulin is stored and transported under strict temperature conditions.
(455) Gamma ray spectroscopy is a technique used to study atomic and molecular structures.
(456) The gamma radiation emitted by the black hole was detected by the space observatory.
(457) Gamma rays are produced in nuclear power plants as a byproduct of fission reactions.
(458) Glutamic acid is a precursor to the neurotransmitter gamma-aminobutyric acid (GABA).
(459) The laboratory technician analyzed the levels of gamma globulin in the blood sample.
(460) The nurse administered a shot of gamma globulin to protect against certain diseases.
(461) The patient's immune system was strengthened with regular gamma globulin treatments.
(462) The three isomers of picoline are alpha-picoline, beta-picoline, and gamma-picoline.
(463) Gamma radiation can be detected using specialized equipment such as Geiger counters.
(464) L'ampia gamma di servizi offerti dall'hotel rendeva il soggiorno molto confortevole.
(465) The unpolarized gamma rays emitted from the radioactive source were highly energetic.
(466) The scatter radiation from the radioactive isotope was detected using a gamma camera.
(467) Gamma ray therapy can target cancer cells while minimizing damage to healthy tissues.
(468) The gamma knife surgery provided a non-invasive treatment option for the brain tumor.
(469) Decarboxylate the amino acid glutamic acid to produce gamma-aminobutyric acid (GABA).
(470) Gamma rays are used in industrial applications for sterilization and quality control.
(471) The collimated gamma ray detector provided accurate measurements of radiation levels.
(472) The backscatterings of the gamma rays indicated the presence of radioactive material.
(473) The radiographer calibrated the gamma camera to detect millicurie levels of activity.
(474) Patients with weakened immune systems may benefit from immune gamma globulin therapy.
(475) The researchers found that the penetrabilities of X-rays and gamma rays were similar.
(476) The gamma distribution is a continuous probability distribution often used in finance.
(477) The use of gamma globulin has significantly reduced the incidence of certain diseases.
(478) The gamma radiation can irradiate round the radioactive material to measure its decay.
(479) The medical syringes were sterilized on a gamma radiation machine to ensure sterility.
(480) The doctor monitored the patient's progress after administering immune gamma globulin.
(481) Immune gamma globulin is a valuable resource in the fight against infectious diseases.
(482) Gamma ray bursts can produce jets of particles traveling at nearly the speed of light.
(483) The annihilation of positrons and electrons releases energy in the form of gamma rays.
(484) The pulse height analyzer is capable of accurately measuring the energy of gamma rays.
(485) The gamma ray detector is used to concentrate radiation for detection and measurement.
(486) The phenomenon of gravitationally lensed gamma-ray bursts is observed in astrophysics.
(487) Gamma rays are used in the study of astrophysics to observe distant celestial objects.
(488) Gamma globulin is often used as a preventive measure against certain viral infections.
(489) The apparent-magnitude of the gamma-ray burst was a sudden burst of intense radiation.
(490) The astronomer's discoveries have helped us understand the nature of gamma-ray bursts.
(491) Gamma globulin is an important component of the immune system's response to infections.
(492) Nonfissionable elements like bismuth are used in the production of gamma ray shielding.
(493) The collimated gamma ray spectrometer detected radioactive isotopes in the environment.
(494) The CMB is observed across a wide range of frequencies, from radio waves to gamma rays.
(495) The digamma is sometimes used in mathematical notation to represent the gamma function.
(496) The energy change in the electromagnetic spectrum ranges from radio waves to gamma rays.
(497) The food packaging industry uses gamma rays to irradiate food and extend its shelf life.
(498) Immune gamma globulin is an essential component in the body's defense against pathogens.
(499) The diffractions of gamma rays through a crystal can be used for gamma-ray spectroscopy.
(500) The multiwavelength approach helps us understand the mechanisms behind gamma-ray bursts.
(501) The gamma spectroscopy analysis revealed the presence of certain elements in the sample.
(502) Gamma rays are used in the preservation of cultural artifacts by killing microorganisms.
(503) The mass energy of a particle can be converted into massless energy, such as gamma rays.
(504) Gamma rays possess tremendous penetrating power, making them useful in cancer treatment.
(505) The interaction of fast neutrons with matter can lead to the release of gamma radiation.
(506) Bolometrically, the pulsar emits intense radiation in the form of X-rays and gamma rays.
(507) Antielectrons can annihilate with electrons, releasing energy in the form of gamma rays.
(508) The astronomer's discoveries have helped us understand the behavior of gamma-ray bursts.
(509) Gamma scintigraphy is a medical imaging technique used to study gastrointestinal transit.
(510) The refrangibility of the gamma rays is crucial for their detection in nuclear radiation.
(511) Gamma ray imaging can provide detailed information about the structure of the human body.
(512) The gamma knife surgery offered a less invasive alternative to traditional brain surgery.
(513) Gamma rays are a type of electromagnetic radiation with high energy and short wavelength.
(514) The administration of gamma globulin may cause temporary discomfort at the injection site.
(515) Immune gamma globulin is typically given on a regular basis to maintain its effectiveness.
(516) The harmful effects of gamma radiation can be minimized through proper safety precautions.
(517) The continuous spectrum of electromagnetic radiation spans from radio waves to gamma rays.
(518) The doctor recommended a course of gamma globulin therapy to improve the patient's health.
(519) Gamma rays have an incredible penetrating power, capable of passing through solid objects.
(520) The explosions of massive stars can illuminate space with gamma-ray bursts and supernovae.
(521) With a pulse height analyzer, researchers can measure the energy of X-rays and gamma rays.
(522) The experiment showed that the metal became more brittle when irradiated under gamma rays.
(523) The annihilation of positronium results in the release of energy in the form of gamma rays.
(524) The doctor prescribed immune gamma globulin to help strengthen the patient's immune system.
(525) The periastron passage of a black hole can result in the emission of X-rays and gamma rays.
(526) The pharmacist provided detailed instructions on how to administer the gamma globulin shot.
(527) Gamma rays have the highest energy and shortest wavelength in the electromagnetic spectrum.
(528) The laboratory test confirmed the presence of gamma globulin in the patient's blood sample.
(529) The nurse carefully monitored the patient's vital signs during the gamma globulin infusion.
(530) The collimators in the gamma camera help to produce a clearer image of the internal organs.
(531) The irradiances of the gamma rays were studied for their potential use in cancer treatment.
(532) Hedgers can use a variety of hedging techniques, including delta hedging and gamma hedging.
(533) In the animated series, Hulk win against the Leader and his army of gamma-powered villains.
(534) The doctor explained that gamma globulin can provide temporary immunity to certain diseases.
(535) Monoceros is home to several bright stars, including Beta Monocerotis and Gamma Monocerotis.
(536) The use of gamma radiation in radiography allows for detailed imaging of internal structures.
(537) Gamma ray spectroscopy can provide information about the chemical composition of a substance.
(538) The nurse carefully monitored the patient's vital signs after the gamma globulin transfusion.
(539) The pharmacist provided the patient with a detailed information leaflet about gamma globulin.
(540) Gamma rays are used in the treatment of thyroid disorders through radioactive iodine therapy.
Learning English Faster Through Complete Sentences With "Gamma"
Sentences are everywhere.
Without sentences, language doesn’t really work.
When you first started learning English, you may have memorized words such as English meaning of the word "Gamma"; But now that you have a better understanding of the language, there’s a better way for you to learn meaning of "Gamma" through sentence examples.
True, there are still words that you don’t know. But if you learn whole sentences with "Gamma", instead of the word "Gamma" by itself, you can learn a lot faster!
Focus Your English Learning On Sentences With "Gamma".
Why Is Focusing on Sentences Important?
Sentences are more than just strings of words. They’re thoughts, ideas and stories. Just like letters build words, words build sentences. Sentences build language, and give it personality.
Again, without sentences, there’s no real communication. If you were only reading words right now, you wouldn’t be able to understand what I’m saying to you at all.
- The Word "Gamma" in Example Sentences.
- "Gamma" in a sentence.
- How to use "Gamma" in a sentence.
- 10 examples of sentences "Gamma".
- 20 examples of simple sentences "Gamma".
All the parts of speech in English are used to make sentences. All sentences include two parts: the subject and the verb (this is also known as the predicate). The subject is the person or thing that does something or that is described in the sentence. The verb is the action the person or thing takes or the description of the person or thing. If a sentence doesn’t have a subject and a verb, it is not a complete sentence (e.g., In the sentence “Went to bed,” we don’t know who went to bed).
Four Types Of Sentence Structure.
Simple Sentences With "Gamma"
A simple sentence with "Gamma"contains a subject and a verb, and it may also have an object and modifiers. However, it contains only one independent clause.
Compound Sentences With "Gamma"
A compound sentence with "Gamma" contains at least two independent clauses. These two independent clauses can be combined with a comma and a coordinating conjunction or with a semicolon.
Complex Sentences With "Gamma"
A complex sentence with "Gamma" contains at least one independent clause and at least one dependent clause. Dependent clauses can refer to the subject (who, which) the sequence/time (since, while), or the causal elements (because, if) of the independent clause.
Compound-Complex Sentences With "Gamma"
Sentence types can also be combined. A compound-complex sentence with "Gamma" contains at least two independent clauses and at least one dependent clause.