Nuclei in a sentence

(1) The nuclei of fungi are typically haploid.

(2) The nuclei of stars undergo nuclear fusion.

(3) Neutrons can be scattered by atomic nuclei.

(4) The nuclei of plant cells store chlorophyll.

(5) The nuclei of cells contain genetic material.

(6) Syncytial cytoplasm contains multiple nuclei.

(7) Leptons are not confined within atomic nuclei.

(8) The nuclei of bacteria are not membrane-bound.

(9) The nuclei of muscle cells contain myofibrils.

(10) The strong force holds atomic nuclei together.

Nuclei sentence

(11) The transuranic elements have unstable nuclei.

(12) Nuclear physics is the study of atomic nuclei.

(13) The nuclei of cells are surrounded by cytoplasm.

(14) Karyogamy is the fusion of two nuclei in a cell.

(15) Binucleate cells have two nuclei instead of one.

(16) Alpha particles are also known as helium nuclei.

(17) The nuclei of neurons transmit electrical signals.

(18) The nuclei of plant cells store starch for energy.

(19) Nucleons are the building blocks of atomic nuclei.

(20) The nuclei of atoms consist of protons and neutrons.

Nuclei make sentence

(21) The nuclei of fungi contain spores for reproduction.

(22) Baryons are an essential component of atomic nuclei.

(23) Antibonding orbitals have a node between the nuclei.

(24) The nuclei of animal cells control cellular functions.

(25) Hematoxylin stains the nuclei of cells blue or purple.

(26) The nuclei of red blood cells do not contain a nucleus.

(27) The nuclei of plant cells contain vacuoles for storage.

(28) Baryons are essential building blocks of atomic nuclei.

(29) The study of atomic nuclei is approached atomistically.

(30) The nuclei of atoms determine their chemical properties.

Sentence of nuclei

(31) Safranine is known for its ability to stain cell nuclei.

(32) Micronuclei are small nuclei found in certain organisms.

(33) Atomic physics explores the properties of atomic nuclei.

(34) The basilary ganglia are a group of nuclei in the brain.

(35) The nuclei of cancer cells undergo uncontrolled division.

(36) The nuclei of animal cells are involved in cell division.

(37) The nuclei of muscle cells contract to generate movement.

(38) Baryons are essential for the stability of atomic nuclei.

(39) Damage to the thalamic nuclei can result in sensory loss.

(40) The dentate nucleus is one of the deep cerebellar nuclei.

Nuclei meaningful sentence

(41) The hyperchromatic nuclei were a sign of cellular atypia.

(42) The nucleon is the basic building block of atomic nuclei.

(43) The basal-ganglia is made up of several different nuclei.

(44) The binucleate egg cells have two nuclei for development.

(45) The nuclei of human cells contain 23 pairs of chromosomes.

(46) Neutrons are essential for the stability of atomic nuclei.

(47) The safranin stain is often used to visualize cell nuclei.

(48) The deuteron is a building block of heavier atomic nuclei.

(49) The nuclei were counterstained with DAPI to visualize DNA.

(50) The word binuclear refers to something that has two nuclei.

Nuclei sentence examples

(51) Karyogamy is the process of fusion of two nuclei in a cell.

(52) Myeloblasts are characterized by their large, round nuclei.

(53) When two or more atomic nuclei combine, it's called fusion.

(54) Alpha particles are sometimes referred to as helium nuclei.

(55) Thermonuclear reactions involve the fusion of atomic nuclei.

(56) The basal-ganglia is a group of nuclei located in the brain.

(57) The nuclei of human cells contain the DNA blueprint for life.

(58) The nuclei of bacteria contain plasmids for genetic exchange.

(59) The nuclei of red blood cells are expelled during maturation.

(60) The strong force is what gives atomic nuclei their stability.

Sentence with nuclei

(61) The mamillary nuclei are a group of neurons in the brainstem.

(62) The binucleate sperm cells have two nuclei for fertilization.

(63) Hadrons play a crucial role in the formation of atomic nuclei.

(64) The negatron is attracted to positively charged atomic nuclei.

(65) Nucleonics is the study of atomic nuclei and their properties.

(66) Deuterons can be used to probe the structure of atomic nuclei.

(67) The binucleate ciliate cells have two nuclei for reproduction.

(68) Nucleons play a crucial role in the stability of atomic nuclei.

(69) Deuterons can be used to study the properties of exotic nuclei.

(70) The weak force is essential for the stability of atomic nuclei.

Use nuclei in a sentence

(71) Protons are essential for the formation of stable atomic nuclei.

(72) The basal ganglion is composed of several interconnected nuclei.

(73) The strong force is what prevents atomic nuclei from collapsing.

(74) The mamillary body is connected to the anterior thalamic nuclei.

(75) Damage to the mammillary nuclei can result in memory impairment.

(76) The binucleate protozoa have two nuclei for different functions.

(77) The histologist noted hyperchromatic nuclei in the tissue biopsy.

(78) The nuclei of white blood cells can engulf and destroy pathogens.

(79) The thalamic relay nuclei are crucial for the perception of pain.

(80) Antineutrons can be used to probe the structure of atomic nuclei.

Sentence using nuclei

(81) The septal nuclei are involved in regulating reward and pleasure.

(82) Multinuclear organisms have multiple nuclei within a single cell.

(83) Antiprotons can be used to study the properties of atomic nuclei.

(84) The thalamic nuclei are organized into distinct functional groups.

(85) Thalamic nuclei are involved in the regulation of motor functions.

(86) The medullae contain nuclei that control various bodily functions.

(87) The medial geniculate body is composed of several distinct nuclei.

(88) The histologist observed hyperchromatic nuclei in the tumor tissue.

(89) The nuclei of eukaryotic cells contain multiple linear chromosomes.

(90) The scientist used a fusion reactor to fuse together atomic nuclei.

Nuclei example sentence

(91) The betatron is used to investigate the structure of atomic nuclei.

(92) The dentate nucleus is interconnected with other cerebellar nuclei.

(93) Multinuclear cells have the ability to divide into multiple nuclei.

(94) Telophase is characterized by the formation of two daughter nuclei.

(95) Muonic neon has been used to study the properties of atomic nuclei.

(96) Neutron capture can be used to study the structure of atomic nuclei.

(97) The word binucleate refers to an organism or cell having two nuclei.

(98) The array nuclides contains information about various atomic nuclei.

(99) Nucleonic forces are responsible for the stability of atomic nuclei.

(100) The strong force is what allows atomic nuclei to resist compression.

Sentence with word nuclei

(101) The strong force is what allows atomic nuclei to have a finite size.

(102) The synthesis of hassium involves the fusion of heavy atomic nuclei.

(103) The pathologist observed hyperchromatic nuclei in the tissue sample.

(104) Neutron capture can occur in both stable and unstable atomic nuclei.

(105) The synthesis of transactinides involves the fusion of heavy nuclei.

(106) The hyperchromatic nuclei were a key finding in the cytology report.

(107) The chromatids are segregated into separate nuclei during telophase.

(108) Nuclein is a complex organic substance found in the nuclei of cells.

(109) Serotonergic neurons are found in the raphe nuclei of the brainstem.

(110) Hematoxylin is a natural dye used in histology to stain cell nuclei.

Sentence of nuclei

(111) Hematoxylin is commonly used to stain cell nuclei in tissue sections.

(112) Fissions occur when an atomic nucleus splits into two smaller nuclei.

(113) Nucleosynthesis is the process by which new atomic nuclei are formed.

(114) The strong force is what allows atomic nuclei to have a high density.

(115) Protamine is an essential component in the formation of sperm nuclei.

(116) Neutron capture can be used to study the properties of exotic nuclei.

(117) The pronucleus is formed when the sperm and egg nuclei come together.

(118) The water droplets in a rain cloud are spherical around their nuclei.

(119) Teliospores are produced by the fusion of two nuclei in the basidium.

(120) Haematoxylin is a natural dye used in histology to stain cell nuclei.

Nuclei used in a sentence

(121) Serotonin is produced in a part of the brain called the raphe nuclei.

(122) Nuclear physics is the study of atomic nuclei and their interactions.

(123) The binucleate cell divided in two, and each new cell had two nuclei.

(124) The nuclei of eukaryotic cells are enclosed within a nuclear membrane.

(125) The nuclei of cancer cells can metastasize to other parts of the body.

(126) The phragmoplast forms between the daughter nuclei during cytokinesis.

(127) The thalamic relay nuclei receive input from various sensory pathways.

(128) Polymorphonuclear cells are characterized by their multi-lobed nuclei.

(129) The diencephalic nuclei play a role in regulating autonomic functions.

(130) Haematoxylin is commonly used to stain cell nuclei in tissue sections.

Nuclei sentence in English

(131) Tauons can be used as probes to study the properties of atomic nuclei.

(132) The weak force is responsible for the decay of unstable atomic nuclei.

(133) The pathologist noted hyperchromatic nuclei in the bone marrow sample.

(134) Muonic lithium has been used to study the properties of atomic nuclei.

(135) The basal ganglion is a group of nuclei located deep within the brain.

(136) The word polynuclear refers to a substance composed of multiple nuclei.

(137) The strong force is what allows atomic nuclei to have a binding energy.

(138) The diencephalic nuclei are important for coordinating motor functions.

(139) The diencephalic nuclei are important for regulating sleep-wake cycles.

(140) The power of a fusion bomb is derived from the fusion of atomic nuclei.

(141) The hyperchromatic nuclei were a key diagnostic feature of the disease.

(142) The hyperchromatic nuclei were indicative of a dysregulated cell cycle.

(143) Hyperons are produced in high-energy collisions involving heavy nuclei.

(144) The internuclear axis is the line connecting the centers of two nuclei.

(145) Muons are used in experiments to study the properties of atomic nuclei.

(146) Monocytic cells are characterized by their large, kidney-shaped nuclei.

(147) Leptons are not affected by the forces that hold atomic nuclei together.

(148) The nuclear physicist's experiments involved manipulating atomic nuclei.

(149) The deuteron is used as a probe to study the structure of atomic nuclei.

(150) The strong force is responsible for the binding energy of atomic nuclei.

(151) Mesotrons are important in understanding the structure of atomic nuclei.

(152) The gamow shell model is used to describe the behavior of atomic nuclei.

(153) Neutron capture can alter the stability and properties of atomic nuclei.

(154) The Gamow shell model is used to describe the behavior of atomic nuclei.

(155) Nucleonics is the study of the behavior and properties of atomic nuclei.

(156) The nuclear force is the strong force that holds atomic nuclei together.

(157) Quasars are thought to be the engines that power active galactic nuclei.

(158) Bolometry can be used to study the properties of active galactic nuclei.

(159) The thalamic relay nuclei are organized into distinct functional groups.

(160) The tegmentum contains important nuclei involved in the sleep-wake cycle.

(161) The astronomer's research focused on galactically active galactic nuclei.

(162) Hadronic interactions are responsible for the stability of atomic nuclei.

(163) Gyromagnetic resonance is a phenomenon observed in certain atomic nuclei.

(164) The medial geniculate body is connected to the auditory brainstem nuclei.

(165) The process of nuclear fusion reactions involves combining atomic nuclei.

(166) The fusion of nuclei during karyogamy leads to the formation of a zygote.

(167) Nuclear fission is a process that involves the splitting of atomic nuclei.

(168) The diencephalic nuclei are responsible for processing visual information.

(169) The pathologist identified hyperchromatic nuclei in the lymph node sample.

(170) The nuclei were counterstained with propidium iodide to detect dead cells.

(171) Micronuclei are small, round structures found in the nuclei of some cells.

(172) Mesons play a crucial role in the formation and stability of atomic nuclei.

(173) Antiprotons can be used as a tool to study the properties of atomic nuclei.

(174) The nuclei of white blood cells play a crucial role in the immune response.

(175) Antineutrons have been used to investigate the properties of atomic nuclei.

(176) The septal nuclei play a role in regulating aggression and social behavior.

(177) The antipodals are often associated with the formation of endosperm nuclei.

(178) The nucleate stage of crystallization is when crystal nuclei start to form.

(179) Muonic spectroscopy has been used to study the properties of exotic nuclei.

(180) The tegmentum contains several important nuclei, including the red nucleus.

(181) The pathologist observed hyperchromatic nuclei in the pleural fluid sample.

(182) Mesonic interactions play a crucial role in the formation of atomic nuclei.

(183) The tegmental nuclei are involved in the processing of sensory information.

(184) The medulla contains various nuclei that control different bodily functions.

(185) The fission of uranium-235 produces two smaller nuclei and several neutrons.

(186) The hyperchromatic nuclei were a characteristic feature of the cancer cells.

(187) The pathologist identified hyperchromatic nuclei in the liver biopsy sample.

(188) The blastoporal opening is where the blastomere nuclei will eventually form.

(189) The nucleation of snowflakes occurs when water vapor freezes onto ice nuclei.

(190) Underspin plays a crucial role in determining the stability of atomic nuclei.

(191) The myelencephalon contains important nuclei involved in autonomic functions.

(192) Fermium has been used in experiments to study the stability of atomic nuclei.

(193) The pontine nuclei receive input from various regions of the cerebral cortex.

(194) The brain stem contains important nuclei that regulate sleep and wakefulness.

(195) The hyperchromatic nuclei were a key feature in the diagnosis of the disease.

(196) Nucleation is a complex process that involves the formation of stable nuclei.

(197) The hyperchromatic nuclei were a notable finding in the cytogenetic analysis.

(198) The isotopes of hydrogens have different numbers of neutrons in their nuclei.

(199) Fissions are the process by which atomic nuclei split into smaller fragments.

(200) The internuclear axis is an imaginary line connecting the nuclei of two atoms.

(201) Cold fusion reactions involve the fusion of atomic nuclei at low temperatures.

(202) Muons are often used as a probe to investigate the structure of atomic nuclei.

(203) The nuclei of plant cells regulate gene expression for growth and development.

(204) The heterokaryon is a cell containing two or more genetically distinct nuclei.

(205) The process of nuclear fusion reactions involves the merging of atomic nuclei.

(206) Transactinides are important for understanding the stability of atomic nuclei.

(207) The collision of fast neutrons with atomic nuclei can cause nuclear reactions.

(208) The spectral window is used to study the properties of active galactic nuclei.

(209) Nuclear fission is a highly efficient way to release energy from atomic nuclei.

(210) Antiquarks play a crucial role in the formation and stability of atomic nuclei.

(211) The Pauli exclusion principle allows for the formation of stable atomic nuclei.

(212) Free electrons can be visualized as moving in a cloud around the atomic nuclei.

(213) Seaborgium has been used in experiments to study the stability of heavy nuclei.

(214) The diencephalic nuclei are involved in the processing of auditory information.

(215) The synthesis of meitnerium involves bombarding heavy nuclei with lighter ones.

(216) The fusion of nuclei during karyogamy leads to the formation of a diploid cell.

(217) Nucleosynthesis is a complex process that involves the fusion of atomic nuclei.

(218) Gamma rays are produced by the decay of atomic nuclei and in nuclear reactions.

(219) The use of safranines in histology allows for the visualization of cell nuclei.

(220) Radio astronomy has been used to study the properties of active galactic nuclei.

(221) The geneticist discovered a gene mutation associated with hyperchromatic nuclei.

(222) The nuclei of neurons are responsible for transmitting information in the brain.

(223) The study of hadronic matter helps us understand the structure of atomic nuclei.

(224) The thalamic reticular nucleus is interconnected with the thalamic relay nuclei.

(225) Thalamic nuclei play a role in the integration of sensory and motor information.

(226) Antiquarks are found within the protons and neutrons that make up atomic nuclei.

(227) Fusion reactions occur when two atomic nuclei combine to form a heavier nucleus.

(228) The hyperchromatic nuclei were indicative of a high degree of cellular activity.

(229) The hyperchromatic nuclei were a characteristic finding in the pap smear sample.

(230) Heterophils are characterized by their multilobed nuclei and granular cytoplasm.

(231) The thalamic intralaminar nuclei are involved in pain perception and modulation.

(232) The pontine raphe nuclei are involved in the regulation of sleep and wakefulness.

(233) The heterokaryon is a cell that contains two or more genetically distinct nuclei.

(234) The actinoid series is important for understanding the stability of atomic nuclei.

(235) Nuclear physics is a branch of science that studies the behavior of atomic nuclei.

(236) The positive charge of the proton is essential for the formation of atomic nuclei.

(237) Antineutrons have been used to investigate the properties of exotic atomic nuclei.

(238) Karyogamy is a complex biological process that involves the merging of two nuclei.

(239) The force of attraction between protons and neutrons holds atomic nuclei together.

(240) The hyperchromatic nuclei were a significant finding in the histopathology report.

(241) The electron charge is a key factor in determining the stability of atomic nuclei.

(242) Nuclear fusion is the process of combining atomic nuclei to form heavier elements.

(243) The thermonuclear reaction is a reaction that involves the fusion of atomic nuclei.

(244) The brainstem contains many important nuclei that control various bodily functions.

(245) Antiprotons have been used in experiments to study the properties of atomic nuclei.

(246) Macronuclear integration is a critical step in the formation of new somatic nuclei.

(247) Antineutrons are used in some experiments to study the properties of atomic nuclei.

(248) The medulla oblongata contains important nuclei that control involuntary movements.

(249) The atomic mass unit is a key factor in determining the stability of atomic nuclei.

(250) The arteria cerebelli is responsible for providing oxygen to the cerebellar nuclei.

(251) The study of hyperons is important in understanding the structure of atomic nuclei.

(252) When hyperons interact with nucleons, they influence the structure of atomic nuclei.

(253) The nucleon is an important concept in understanding the structure of atomic nuclei.

(254) The coenocyte is able to exchange nutrients and genetic material between its nuclei.

(255) The deuteron is an important particle in understanding the behavior of atomic nuclei.

(256) The properties of the antibaryon can be used to probe the structure of atomic nuclei.

(257) The atomic mass unit is used in nuclear physics to measure the mass of atomic nuclei.

(258) The strong force mediated by gluons is responsible for the stability of atomic nuclei.

(259) Nuclear physics research aims to uncover the fundamental laws governing atomic nuclei.

(260) The deuteron is an important particle in understanding the structure of atomic nuclei.

(261) The deuteron is an important particle in understanding the stability of atomic nuclei.

(262) Astrometry observations have helped astronomers study the dynamics of galactic nuclei.

(263) The nuclides array allows scientists to calculate the binding energy of atomic nuclei.

(264) The bonding orbital is a result of the attractive forces between electrons and nuclei.

(265) The study of nuclear engineering involves understanding the behavior of atomic nuclei.

(266) Beta decay is a phenomenon that contributes to the overall stability of atomic nuclei.

(267) The pontine tegmentum contains several important nuclei involved in sleep and arousal.

(268) Protons are responsible for the strong nuclear force that holds atomic nuclei together.

(269) The nuclides array allows researchers to compare the masses of different atomic nuclei.

(270) The bulbar nuclei in the brainstem play a crucial role in coordinating motor functions.

(271) The diencephalic nuclei are responsible for relaying sensory information to the cortex.

(272) Muonic spectroscopy has provided valuable insights into the structure of atomic nuclei.

(273) The fusion of atomic nuclei in a thermonuclear reaction is the basis of hydrogen bombs.

(274) The study of antibaryons is important for understanding the structure of atomic nuclei.

(275) Fissions are the result of splitting an atomic nucleus into two or more smaller nuclei.

(276) Nuclear fusion is the process of combining two atomic nuclei to form a heavier nucleus.

(277) The redshifts of galaxies can be used to study the properties of active galactic nuclei.

(278) Macronuclear reorganization is necessary for the formation of functional somatic nuclei.

(279) Transactinide elements have been used to investigate the stability of superheavy nuclei.

(280) The reticular formation is composed of several distinct nuclei with different functions.

(281) The extragalactic jets of active galactic nuclei can extend for millions of light-years.

(282) Nonrelativistic nuclear physics focuses on the behavior of atomic nuclei at low energies.

(283) The raindrops in a thunderstorm accrete with respect to updrafts and condensation nuclei.

(284) The safranine stain is commonly used in plant biology to visualize cell walls and nuclei.

(285) The properties of mesotrons make them useful for studying the structure of atomic nuclei.

(286) The electron charge is responsible for the attraction between electrons and atomic nuclei.

(287) The thermonuclear reaction is a complex process that involves the fusion of atomic nuclei.

(288) The field of nucleonics explores the behavior of subatomic particles within atomic nuclei.

(289) The coenocyte is able to perform complex functions due to the presence of multiple nuclei.

(290) The nuclear physics laboratory is where we study the properties of atoms and their nuclei.

(291) The strong force mediated by gluons is responsible for the binding energy of atomic nuclei.

(292) The doctor explained that hyperchromatic nuclei are indicative of a certain type of cancer.

(293) Nuclear fusion is the process by which two atomic nuclei combine to form a heavier nucleus.

(294) The thalamic relay nuclei are interconnected with different regions of the cerebral cortex.

(295) The gamow shell model provides a framework for understanding the behavior of atomic nuclei.

(296) The geniculate nucleus is divided into two parts: the medial and lateral geniculate nuclei.

(297) Accelerators are used in nuclear physics experiments to study the behavior of atomic nuclei.

(298) Spherically symmetric atomic nuclei have a symmetrical distribution of protons and neutrons.

(299) The hyperfine splitting of spectral lines provides valuable information about atomic nuclei.

(300) Bolometries are particularly useful in studying the energy output of active galactic nuclei.

(301) The pontine nuclei receive input from the cerebral cortex and send output to the cerebellum.

(302) The schizont stage is characterized by the formation of multiple nuclei within the parasite.

(303) The Gamow shell model provides a framework for understanding the structure of atomic nuclei.

(304) The thalamic nuclei are responsible for relaying sensory information to the cerebral cortex.

(305) The microscopic examination revealed the presence of epithelioid cells with vesicular nuclei.

(306) Antiquarks play a crucial role in the strong nuclear force that holds atomic nuclei together.

(307) The microphysical properties of ice nuclei influence the formation of ice crystals in clouds.

(308) The bonding orbital is a result of the attractive forces between atomic nuclei and electrons.

(309) Atomic nuclei can undergo fusion reactions, but they require high temperatures and pressures.

(310) The bulbar nuclei in the brainstem receive sensory information from various parts of the body.

(311) The corpus amygdaloideum is composed of several nuclei that work together to process emotions.

(312) The production of bohrium requires the bombardment of heavy nuclei with high-energy particles.

(313) The formation of a heterokaryon can result in the exchange of genetic material between nuclei.

(314) The strong force described by chromodynamics is responsible for holding atomic nuclei together.

(315) The heterokaryon can exhibit unique characteristics due to the combination of different nuclei.

(316) In physics, fusion is the process by which two atomic nuclei combine to form a heavier nucleus.

(317) The thermonuclear reaction occurs when atomic nuclei collide at high temperatures and pressures.

(318) Niels Bohr's research on the stability of atomic nuclei led to the development of nuclear power.

(319) Gamow's theory of alpha decay explained the emission of alpha particles from radioactive nuclei.

(320) The nuclear physicist's calculations were crucial in determining the stability of atomic nuclei.

(321) After the atomic nucleus is formed, it can interact with other nuclei to form larger structures.

(322) Despite its rarity, dubnium has been used in experiments to study the behavior of atomic nuclei.

(323) The pontine raphe nuclei contain serotonin-producing neurons that play a role in mood regulation.

(324) The spectral window provides insights into the processes occurring within active galactic nuclei.

(325) Multiwavelength observations are crucial for understanding the physics of active galactic nuclei.

(326) The valence bond approach is based on the idea that electrons are localized around atomic nuclei.

(327) The pulvinar is one of the largest nuclei in the thalamus and is divided into several subregions.

(328) The bonding orbital is characterized by a region of high electron density between the two nuclei.

(329) The researcher published a paper on the significance of hyperchromatic nuclei in cancer diagnosis.

(330) Electron spin is a property that allows for the existence of electron clouds around atomic nuclei.

(331) The coenocyte is able to resist environmental stressors due to its large size and multiple nuclei.

(332) Nuclear chemistry is a branch of science that studies the properties and behavior of atomic nuclei.

(333) The Gamow window allows us to study the behavior of atomic nuclei under specific energy conditions.

(334) The concept of magnetic resonance is based on the interaction of magnetic fields with atomic nuclei.

(335) The interaction between nucleons plays a crucial role in determining the stability of atomic nuclei.

(336) Lawrencium has been used in experiments to study nuclear reactions and the behavior of heavy nuclei.

(337) The synthesis of transactinides involves the bombardment of heavy nuclei with high-energy particles.

(338) The coenocyte is a type of multicellular organism that consists of many nuclei within a single cell.

(339) Antiquarks are an important component of the strong nuclear force that holds atomic nuclei together.

(340) Cometography has provided valuable information about the structure and composition of comets' nuclei.

(341) The atomic nuclei in a fusion reaction accrete with respect to Coulomb repulsion and nuclear binding.

(342) The strength of a covalent bond is affected by the distance between the nuclei of the atoms involved.

(343) The basal ganglion is composed of several distinct nuclei, including the caudate nucleus and putamen.

(344) The pontine nuclei are important for relaying information between the cerebellum and cerebral cortex.

(345) The strong force is what allows atomic nuclei to overcome the electrostatic repulsion between protons.

(346) The nucleate phase of crystallization is when crystal nuclei start to grow and form larger structures.

(347) The fusion of nuclei during karyogamy results in the combination of genetic material from two parents.

(348) The binucleate amoeba was able to divide into two separate organisms, each with its own set of nuclei.

(349) The fourth ventricle is surrounded by important structures such as the cerebellum and brainstem nuclei.

(350) The strong force described by quantum chromodynamics is responsible for holding atomic nuclei together.

(351) The jets of material ejected by active galactic nuclei can illuminate space with bright radio emissions.

(352) The bonding orbital can be visualized as a cloud of electron density surrounding the nuclei of two atoms.

(353) The mammillary body receives input from the hippocampus and sends output to the anterior thalamic nuclei.

(354) The field of nuclear chemistry explores the reactions and transformations that occur within atomic nuclei.

(355) Nonrelativistic nuclear physics focuses on the behavior of atomic nuclei at low energies and temperatures.

(356) The Rutherford scattering formula is used to calculate the scattering of alpha particles by atomic nuclei.

(357) The cerebellar nuclei receive input from the cerebellar cortex and send output to other parts of the brain.

(358) Nuclear fusion reactions require extreme conditions to overcome the repulsive forces between atomic nuclei.

(359) Nucleate melting is the process of converting a solid into a liquid through the formation of liquid nuclei.

(360) The internuclear repulsion between two positively charged nuclei is responsible for the Coulombic repulsion.

(361) The deep blue color imparted by haematoxylin makes it easy to distinguish nuclei from surrounding structures.

(362) The energy of a beta particle is determined by the difference in mass between the parent and daughter nuclei.

(363) Granulocytes are sometimes called polymorphonuclear leukocytes, or PMNs, because of their multi-lobed nuclei.

(364) The pontine nuclei play a crucial role in relaying information between the cerebral cortex and the cerebellum.

(365) Enrico Fermi's calculations on the stability of atomic nuclei led to the development of the liquid drop model.

(366) Enrico Fermi's experiments with nuclear reactions provided crucial insights into the behavior of atomic nuclei.

(367) Rutherfordium has been used in experiments to investigate the behavior of heavy nuclei under extreme conditions.

(368) Robert Brown's observations of cell nuclei in plant tissues were instrumental in understanding cellular division.

(369) The septal nuclei receive input from various brain regions and help integrate emotional and cognitive information.

(370) The study of darmstadtium contributes to our understanding of nuclear reactions and the stability of heavy nuclei.

(371) Astrophysically, the study of active galactic nuclei helps us understand the behavior of supermassive black holes.

(372) The study of nuclear chemistry helps scientists understand the fundamental forces that hold atomic nuclei together.

(373) The sharing of electrons in a covalent bond is a result of the attraction between the nuclei of the atoms involved.

(374) The phenomenon of radioactivity is a natural physical process where unstable atomic nuclei decay and emit radiation.

(375) The spectral linewidth of the NMR signal was used to determine the chemical environment of the nuclei in the sample.

(376) Antiquarks are believed to be present in the nuclei of atoms, where they help to stabilize the protons and neutrons.

(377) Transactinide elements have been used in experiments to study the behavior of atomic nuclei under extreme conditions.

(378) Astrophysically, the study of active galactic nuclei provides insights into the behavior of supermassive black holes.

(379) The pontine nuclei receive input from the cerebral cortex and relay it to the cerebellum for fine-tuning of movements.

(380) The internuclear potential energy curve shows the variation in energy with respect to the distance between two nuclei.

(381) Alpha particles are sometimes referred to as helium nuclei because they are identical to the nucleus of a helium atom.

(382) The phenomenon of radioactivity is a natural physical process in which unstable atomic nuclei decay and emit radiation.

(383) Atomics, which rely on the fission of atomic nuclei, can produce enormous amounts of energy with relatively little fuel.

(384) As the brainstem contains several nuclei that control sensory and motor functions, it is a complex and intricate structure.

(385) Within the field of physics, nuclear physics is a sub-branch that focuses on the study of atomic nuclei and their interactions.

(386) The strong nuclear force, which holds atomic nuclei together, is mediated by particles called gluons that interact with quarks.

(387) Nuclear fission is a process in which the atomic nucleus splits into two smaller nuclei, and it releases a large amount of energy.

(388) The atomic nucleus is the source of radioactivity, which is the spontaneous emission of particles or radiation from unstable nuclei.

(389) Hyperons can interact with other particles through the strong nuclear force, which is responsible for holding atomic nuclei together.

(390) The fusion reaction in a fusion reactor is a result of the strong nuclear force overcoming the electrostatic repulsion between atomic nuclei.

(391) Karyokinetic division occurs when the nucleus of a cell divides into two daughter nuclei, which is essential for cell growth and development.

(392) When two atomic nuclei combine through nuclear fusion, a tremendous amount of energy is released, which can be harnessed for power generation.

(393) The tegmentum, which is located in the midbrain, contains several important nuclei that are involved in the processing of sensory information.

(394) The standard definition of a chemical element is a pure substance that consists of atoms with the same number of protons in their atomic nuclei.

(395) The collicular complex is a complex network of interconnected nuclei that work together to generate coordinated motor responses to sensory stimuli.

(396) The phenomenon of nuclear fusion is a physical process that powers the sun and other stars, where atomic nuclei combine to release vast amounts of energy.

(397) The phenomenon of nuclear fission is a physical process in which the nucleus of an atom splits into two smaller nuclei, releasing a large amount of energy.

(398) The phenomenon of nuclear fusion is a physical process in which two atomic nuclei combine to form a heavier nucleus, releasing a tremendous amount of energy.

(399) The stability of an atomic nucleus depends on the balance between the strong nuclear force and the electromagnetic force, so some nuclei are more stable than others.

(400) Understanding the astrophysical processes that occur within active galactic nuclei is crucial for understanding the energetic phenomena that occur in the centers of galaxies.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Nuclei. They do not represent the opinions of TranslateEN.com.