Cell Division in a sentence

(1) Cytokinin promotes cell division.

(2) Actin is essential for cell division.

(3) Explain the process of cell division.

(4) Amitoses are a type of cell division.

(5) Metaphase is a stage in cell division.

(6) Mitosis is a process of cell division.

(7) Cytoskeletons assist in cell division.

(8) Myosins are essential for cell division.

(9) Lymphoblasts undergo rapid cell division.

(10) Telomeres shorten with each cell division.

Cell Division sentence

(11) Episomes can be lost during cell division.

(12) The cytosol plays a role in cell division.

(13) The endosarc is involved in cell division.

(14) The cytotoxic drug inhibits cell division.

(15) Blastulas are the result of cell division.

(16) The karyon is essential for cell division.

(17) The biology lab is studying cell division.

(18) Microtubules are involved in cell division.

(19) Euploid cells undergo normal cell division.

(20) Blastulae are formed through cell division.

Cell Division make sentence

(21) The cytoplasm is involved in cell division.

(22) Metaphase is a brief stage in cell division.

(23) Amitotic cells do not undergo cell division.

(24) Micronuclei are formed during cell division.

(25) The karyon is responsible for cell division.

(26) Chromosomes are important for cell division.

(27) A binary fission is a type of cell division.

(28) Chromosomes are essential for cell division.

(29) The cytoplasm is where cell division occurs.

(30) The blastula is formed through cell division.

Sentence of cell division

(31) Anaphase is a crucial stage in cell division.

(32) Cyclins play a crucial role in cell division.

(33) Acrocentrics are important for cell division.

(34) Chromosomes can be lost during cell division.

(35) Cytology can detect changes in cell division.

(36) Anaphase is a rapid process in cell division.

(37) The cytoskeleton is involved in cell division.

(38) During cell division, the chromatids separate.

(39) The morula is a result of rapid cell division.

(40) Telophase is the final stage of cell division.

Cell Division meaningful sentence

(41) The blastulas are the result of cell division.

(42) The blastula is a stage of rapid cell division.

(43) The meristem is a site of active cell division.

(44) Chromos can be replicated during cell division.

(45) Cytochalasins can interfere with cell division.

(46) Anaphases are a crucial stage in cell division.

(47) Cytokinesis is the final stage of cell division.

(48) Metaphases are a crucial stage in cell division.

(49) Centrioles play a crucial role in cell division.

(50) The blastulae is a stage of rapid cell division.

Cell Division sentence examples

(51) The cytomembranes are involved in cell division.

(52) Chromosomes are replicated during cell division.

(53) The gene mutation occurred during cell division.

(54) The microinjected compound induced cell division.

(55) Telomeres are essential for proper cell division.

(56) Chromomeres can be observed during cell division.

(57) The process of embryogeny involves cell division.

(58) Describe the process of mitosis in cell division.

(59) The centrioles in a cell help with cell division.

(60) Anaphase is a fascinating stage in cell division.

Sentence with cell division

(61) Microtubules play a crucial role in cell division.

(62) The sarcode plays a crucial role in cell division.

(63) Acrocentrics play a crucial role in cell division.

(64) The reproduction of amebae involves cell division.

(65) The volvox colony can undergo rapid cell division.

(66) During cell division, the daughter-cell is formed.

(67) Antimitotics are drugs that inhibit cell division.

(68) The DNA can replicate itself during cell division.

(69) The DNA strand is replicated during cell division.

(70) The daughter cell was formed during cell division.

Use cell division in a sentence

(71) Aneuploidy can result from errors in cell division.

(72) GTP is involved in the regulation of cell division.

(73) Vacuolisation can be observed during cell division.

(74) Chromatids are tightly packed during cell division.

(75) Biophysicists study the mechanics of cell division.

(76) Chromatins play a role in regulating cell division.

(77) Chromosomes can be replicated during cell division.

(78) Chromosomes can be duplicated during cell division.

(79) Somatic cell division is a process in cell biology.

(80) Anaphase is followed by telophase in cell division.

Sentence using cell division

(81) Anaphase is a critical checkpoint in cell division.

(82) Myosin is involved in cell division and cytokinesis.

(83) The organelle plays a crucial role in cell division.

(84) Telomeres gradually shorten with each cell division.

(85) Episomes can be lost during bacterial cell division.

(86) Disomy can be caused by errors during cell division.

(87) The bilayer is crucial for cell division and growth.

(88) The centriole plays a crucial role in cell division.

(89) The perinuclear region is crucial for cell division.

(90) Tetraploids can result from errors in cell division.

Cell Division example sentence

(91) The cytoplast is a vital component of cell division.

(92) The nucleo of a cell is essential for cell division.

(93) Modulate calcium signaling to control cell division.

(94) Mitogens are molecules that stimulate cell division.

(95) Algae reproduce by cell division or spore formation.

(96) The biology lab used circles to study cell division.

(97) The fertilized ovum underwent cell division rapidly.

(98) Karyokinetic division is a process of cell division.

(99) The centrosome is a vital organelle in cell division.

(100) Antimitotics are drugs used to inhibit cell division.

Sentence with word cell division

(101) The chromatoid plays a crucial role in cell division.

(102) Mitogens are substances that stimulate cell division.

(103) The chromatid is tightly coiled during cell division.

(104) Analyze the cytoskeletons' function in cell division.

(105) Eukaryotes have a more complex cell division process.

(106) The centrosome plays a crucial role in cell division.

(107) Unicellular organisms reproduce through cell division.

(108) The cell wall is involved in cell division and growth.

(109) Binding calcium is essential for proper cell division.

(110) Zeatin is a plant hormone that promotes cell division.

Sentence of cell division

(111) Zygotes undergo rapid cell division to form an embryo.

(112) The fundamental mechanism of cell division is mitosis.

(113) Embryogeny involves cell division and differentiation.

(114) The euploid embryo had a normal rate of cell division.

(115) The rho protein plays a crucial role in cell division.

(116) The perinuclear region is essential for cell division.

(117) The blastodisc is the site of the first cell division.

(118) Cancer often occurs due to uncontrolled cell division.

(119) DNA replication is a crucial process in cell division.

(120) The eukaryote has a more complex form of cell division.

Cell Division used in a sentence

(121) Ankyrin is involved in the regulation of cell division.

(122) Anaphase is a visually striking phase of cell division.

(123) The midbody is a structure formed during cell division.

(124) The cytoskeletons play a crucial role in cell division.

(125) The cell division occurs in response to the cell cycle.

(126) Xenopus is a popular choice for studying cell division.

(127) Monoploid cells are used in the study of cell division.

(128) The protoplasmic mass is responsible for cell division.

(129) Cyclin is a key player in the control of cell division.

(130) A monosome can result from errors during cell division.

Cell Division sentence in English

(131) Kinetin is a plant hormone that promotes cell division.

(132) Meiotic cell division occurs in the ovaries and testes.

(133) The cell nucleus plays a crucial role in cell division.

(134) Calcium is involved in the regulation of cell division.

(135) Heterochromatin can be inherited through cell division.

(136) Hyperplasias can be a result of abnormal cell division.

(137) Cytoskeletons are absolutely crucial for cell division!

(138) Observe the chromomere's behavior during cell division.

(139) The cilium is involved in the process of cell division.

(140) Aneuploidy can result from errors during cell division.

(141) The centrospheres play a crucial role in cell division.

(142) Blebbing is a process that occurs during cell division.

(143) Ribosomes are involved in the process of cell division.

(144) A binary fission is a type of cell division in biology.

(145) The centrioles help with cell division in animal cells.

(146) Please explain the process of mitosis in cell division.

(147) Please explain the process of meiosis in cell division.

(148) Endogen DNA replication is essential for cell division.

(149) Germinal stage is characterized by rapid cell division.

(150) Trisomy occurs when there is a mistake in cell division.

(151) The centriole is an organelle involved in cell division.

(152) The plumule is the site of cell division and elongation.

(153) The bivalent chromosome segregates during cell division.

(154) Tonoplasts are involved in the process of cell division.

(155) The blastomeric stage is characterized by cell division.

(156) The ncle is essential for cell division and replication.

(157) Microtubular structures are essential for cell division.

(158) The cytoplasm is where the cell's cell division happens.

(159) Eukaryotes have centrioles that help with cell division.

(160) Eukaryotes have a more advanced system of cell division.

(161) The malignant growth was causing abnormal cell division.

(162) The cell cycle consists of interphase and cell division.

(163) Aneuploid cells can result from errors in cell division.

(164) Metaphase is a highly regulated process in cell division.

(165) The membrana is involved in the process of cell division.

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

(167) Nucleating proteins play a crucial role in cell division.

(168) The function of centrioles is to help with cell division.

(169) The foetal stage is characterized by rapid cell division.

(170) Calciums are involved in the regulation of cell division.

(171) The morula stage is characterized by rapid cell division.

(172) The endosarc is responsible for regulating cell division.

(173) The completion of karyogamy is followed by cell division.

(174) The blastomeric stage is a period of rapid cell division.

(175) Acentric chromosomes are often lost during cell division.

(176) Somatic cell division is important for growth and repair.

(177) Metaphase is a tightly regulated process in cell division.

(178) Enantiomorphs can have different effects on cell division.

(179) The cell membrane is involved in cell division and growth.

(180) Amitotic organisms do not reproduce through cell division.

(181) Syncytial cell division occurs through a unique mechanism.

(182) Cyclin plays a crucial role in coordinating cell division.

(183) Caryotins play a crucial role in cell division and growth.

(184) Lamellipodia are involved in the process of cell division.

(185) The zygotes undergo rapid cell division to form an embryo.

(186) The seminiferous tubule is a site of active cell division.

(187) The gonidium is a site of active cell division and growth.

(188) Actomyosin is involved in the regulation of cell division.

(189) Vacuoles can also play a role in cell division and growth.

(190) The neoplastic process was causing abnormal cell division.

(191) Lamellipodia are crucial for the process of cell division.

(192) Intranuclear changes can be observed during cell division.

(193) The acrocentric chromosome is important for cell division.

(194) Agametes are produced by some algae through cell division.

(195) Amitoses are a simpler form of cell division than mitoses.

(196) Cyclins are essential for proper cell division and growth.

(197) The cytoplast is involved in the process of cell division.

(198) Hyperploid cells can arise due to errors in cell division.

(199) Cyclin is a key player in the regulation of cell division.

(200) The cytoplasm is involved in the process of cell division.

(201) Dysfunction of dynein can result in impaired cell division.

(202) The liver regenerates damaged tissue through cell division.

(203) Euploid cells undergo normal cell division and replication.

(204) Parenchymatous tissues in plants can undergo cell division.

(205) Centrioles are able to self-replicate during cell division.

(206) Heteroploid cells can arise due to errors in cell division.

(207) The cell division process is crucial for growth and repair.

(208) The blastodiscs undergo cell division to form the blastula.

(209) The antimitotic mechanism of action inhibits cell division.

(210) The cytoskeletal organization is crucial for cell division.

(211) What a remarkable role cytoskeletons play in cell division!

(212) Diphosphate is involved in the regulation of cell division.

(213) The midbody is a structure that forms during cell division.

(214) Mitogen is a type of protein that stimulates cell division.

(215) Eukaryotes have a centrosome that helps with cell division.

(216) The blastulae stage is characterized by rapid cell division.

(217) The membrane-forming process is essential for cell division.

(218) Telomeres are essential for cell division and proliferation.

(219) The cytoskeleton is important for cell division orientation.

(220) The process of meiosis involves two rounds of cell division.

(221) Telomeric erosion is a natural consequence of cell division.

(222) Spheroplasts play a crucial role in bacterial cell division.

(223) Callose plays a role in plant cell division and development.

(224) The antheridium is a site of active cell division in plants.

(225) Novocure's therapy works by disrupting cancer cell division.

(226) The submetacentric chromosome plays a role in cell division.

(227) Plant hormone can promote cell division and differentiation.

(228) The oosperm undergoes rapid cell division to form an embryo.

(229) The entoblast undergoes cell division to increase in number.

(230) Microfilament plays a role in cell division and cytokinesis.

(231) The centriole is a cell organelle involved in cell division.

(232) The midbody is rich in proteins that regulate cell division.

(233) The chromatid is a temporary structure during cell division.

(234) The apical meristem is where cell division occurs in plants.

(235) The malpighian layer is constantly undergoing cell division.

(236) The endosarc is involved in the regulation of cell division.

(237) During cell division, the chromomeres become more condensed.

(238) The process of meioses involves two rounds of cell division.

(239) The phragmoplast is a unique feature of plant cell division.

(240) Eukaryotes have a microtubule that helps with cell division.

(241) The axoneme is a key player in the process of cell division.

(242) Karyokinetic division is a crucial process in cell division.

(243) The phosphorylated protein plays a key role in cell division.

(244) The centrioles are cell organelles involved in cell division.

(245) Anaphase is a highly energy-consuming phase of cell division.

(246) The midbody is essential for the completion of cell division.

(247) The midbody is involved in the final stages of cell division.

(248) Acrocentric chromosomes play a crucial role in cell division.

(249) The sporogonium is a site of active cell division and growth.

(250) Leptotene is a crucial stage in the process of cell division.

(251) The incubatory stage is characterized by rapid cell division.

(252) Histones are subject to dynamic changes during cell division.

(253) The anaphases are a visually striking phase of cell division.

(254) Chromatinic condensation is a key event during cell division.

(255) Adenylic acid is involved in the regulation of cell division.

(256) Investigate the importance of cytoskeletons in cell division.

(257) Eukaryotic cells have a more complex system of cell division.

(258) Chromosome segregation is important for proper cell division.

(259) The cell division process is essential for growth and repair.

(260) The chromos in this array are replicated during cell division.

(261) The desmid's cell division process is known as binary fission.

(262) Vinblastine is known for its ability to inhibit cell division.

(263) The eucaryon plays a crucial role in cell division and growth.

(264) The meristematic zone is where cell division occurs in plants.

(265) The anaphases are a highly regulated process in cell division.

(266) Chromidia play a crucial role in the process of cell division.

(267) The hypocotyl undergoes cell division to promote plant growth.

(268) The macronucleus undergoes fragmentation during cell division.

(269) Mitogens can activate certain genes involved in cell division.

(270) Nucleosomes play a role in DNA packaging during cell division.

(271) The chromatid is a key player in the process of cell division.

(272) I can't believe how crucial the endosarc is for cell division!

(273) The movement of microfilaments is essential for cell division.

(274) Choanocytes are capable of self-renewal through cell division.

(275) Vinblastine works by inhibiting cell division in cancer cells.

(276) The chromo is visible under a microscope during cell division.

(277) Eukaryotic cells have a centrosome to help with cell division.

(278) The mitochondrion is involved in the process of cell division.

(279) Somatic cell division is essential for growth and development.

(280) Chromosome condensation is necessary for proper cell division.

(281) The process of binucleate cell division is known as karyogamy.

(282) The fertilized ovum undergoes cell division to form an embryo.

(283) The karyolymph is involved in the regulation of cell division.

(284) The cytoskeletal elements play a crucial role in cell division.

(285) The chromatids are unwound and decondensed after cell division.

(286) Cyto is often used in the context of cell division and mitosis.

(287) The cytosolic proteins play a role in cell division and growth.

(288) Deuterostomes have a unique pattern of embryonic cell division.

(289) The mesosome plays a crucial role in cell division in bacteria.

(290) The microtubular network plays a crucial role in cell division.

(291) The apical meristem is a region of high cell division activity.

(292) The nucleoplasm is involved in the regulation of cell division.

(293) The villus is constantly renewing itself through cell division.

(294) The blastulation stage is characterized by rapid cell division.

(295) The blastochyle is a site of cell division and differentiation.

(296) The blastodermic stage is characterized by rapid cell division.

(297) The mesosome plays a role in cell division and DNA replication.

(298) Different types of cells have different rates of cell division.

(299) The fertilized egg underwent cell division to form a blastocyst.

(300) Cell division is a key biological process for growth and repair.

(301) The plant cell has a cell plate that forms during cell division.

(302) The polyploid condition can result from errors in cell division.

(303) The cytosolic environment is essential for proper cell division.

(304) Tubulin is a protein that plays a crucial role in cell division.

(305) The sporangial tissue undergoes cell division to produce spores.

(306) The cells in a Gonium colony undergo synchronized cell division.

(307) Securin is a protein that plays a crucial role in cell division.

(308) Syncytial cell division is tightly regulated during development.

(309) The tumor virus is known to interfere with normal cell division.

(310) The nucellar nuclear membrane disassembles during cell division.

(311) Nucleoids can undergo changes in structure during cell division.

(312) Micromeres undergo extensive cell division during embryogenesis.

(313) The nucleuses of the cells play a crucial role in cell division.

(314) Volvox colonies can exhibit different patterns of cell division.

(315) The cell structure of a centriole plays a role in cell division.

(316) Chromomeres are visible under a microscope during cell division.

(317) Subcellular dynamics play a role in cell division and migration.

(318) The organization of microfilaments is crucial for cell division.

(319) Prophase is the stage where the cell prepares for cell division.

(320) The midbody is a critical checkpoint for accurate cell division.

(321) The replicon is a key component in the process of cell division.

(322) Chromidia are thought to play a role in bacterial cell division.

(323) Chromosomes are visible under a microscope during cell division.

(324) Telome maintenance is crucial for cell division and replication.

(325) Cytokinin is involved in the process of cell division in plants.

(326) Chromosomes play a crucial role in the process of cell division.

(327) Regulating cell division is critical in the treatment of cancer.

(328) The cytoskeleton is involved in the regulation of cell division.

(329) The fertilised egg undergoes cell division to form a blastocyst.

(330) The subcellular organization is crucial for proper cell division.

(331) The daughter cell is formed through the process of cell division.

(332) The daughter cell is capable of undergoing further cell division.

(333) The tetraploid state can result from errors during cell division.

(334) The fertilized ovum undergoes cell division to form a blastocyst.

(335) Calcium transport is involved in the regulation of cell division.

(336) Amitosis is also known as direct cell division or binary fission.

(337) The disruption of microtubules can lead to cell division defects.

(338) Mutations in the securin gene can lead to abnormal cell division.

(339) The metacentric chromosome plays a crucial role in cell division.

(340) The cytode is a cellular structure responsible for cell division.

(341) Protoplasts can be used to study the mechanisms of cell division.

(342) The presence of bivalents is a hallmark of meiotic cell division.

(343) The presence of centrioles is essential for proper cell division.

(344) Mutations in the oncogene can lead to uncontrolled cell division.

(345) The physical process of mitosis is responsible for cell division.

(346) Spermatocytes undergo two rounds of cell division during meiosis.

(347) The morphologist studied the intricate patterns of cell division.

(348) Mutations in cyclin genes can lead to uncontrolled cell division.

(349) The scientist used cytological techniques to study cell division.

(350) The morulae were observed to have a higher rate of cell division.

(351) Each gonidium contains a nucleus and cytoplasm for cell division.

(352) The nucleoprotein is involved in the regulation of cell division.

(353) The meristematic region of a plant is where cell division occurs.

(354) Deoxyribonucleic acid replication is essential for cell division.

(355) The midbody is a key player in the final stages of cell division.

(356) The procambium is a region of rapid cell division in plant roots.

(357) Cytochalasin D is a natural compound that inhibits cell division.

(358) The blastomeres undergo rapid cell division to form a blastocyst.

(359) Polysomic disorders can be caused by errors during cell division.

(360) The metacentric chromosome is important for proper cell division.

(361) Zeatin is a plant hormone that promotes cell division and growth.

(362) The cells accrete under the process of mitosis and cell division.

(363) Eukaryotic cells have a centrosome that helps with cell division.

(364) The biological process of mitosis is essential for cell division.

(365) The mitochondrion is involved in the regulation of cell division.

(366) The centrosome is a key player in cell division and proliferation.

(367) The ultrastructure of the centrioles is involved in cell division.

(368) The midbody is a critical checkpoint for successful cell division.

(369) The phragmoplast is formed during late telophase of cell division.

(370) The role of cephalin in cell division is still being investigated.

(371) The cell-plate is a visible indicator of successful cell division.

(372) The biologist observed the cleavages in the cell division process.

(373) Deoxyribose is a key factor in DNA stability during cell division.

(374) Micronuclei are typically found in cells undergoing cell division.

(375) Aneuploid conditions can be caused by errors during cell division.

(376) Nuclein is involved in the regulation of cell division and growth.

(377) Inhibition of gyrase activity can disrupt bacterial cell division.

(378) The binding of tubulin to certain drugs can disrupt cell division.

(379) The procambium is a region of active cell division in plant stems.

(380) The metaphase stage is a visually striking event in cell division.

(381) The protoderm undergoes cell division to form the epidermal cells.

(382) The midbody is a hub for protein trafficking during cell division.

(383) The midbody is a site of membrane remodeling during cell division.

(384) The daughter-cell is a key player in the process of cell division.

(385) Mutations in centrosomic genes can lead to abnormal cell division.

(386) The blastocyte undergoes rapid cell division to form a blastocyst.

(387) Amitosis is a type of cell division that occurs in some organisms.

(388) Kinetin is a plant hormone that promotes cell division and growth.

(389) Calcium is involved in the regulation of cell division and growth.

(390) Cytology has helped us understand the mechanisms of cell division.

(391) The biochemist identified a new gene that regulates cell division.

(392) The daughter cells of a nerve cell division cannot divide further.

(393) The blastomeric stage is characterized by high cell division rates.

(394) The gland is secreting a growth hormone to stimulate cell division.

(395) The term blastogenic refers to the ability to induce cell division.

(396) The apical cell division is crucial for the growth of the organism.

(397) The chromatids are organized into chromosomes during cell division.

(398) Understanding the cell cycle is crucial for studying cell division.

(399) Bioplasm is thought to be involved in the process of cell division.

(400) Vinblastine is a vinca alkaloid that interferes with cell division.

(401) The extranuclear structures played a crucial role in cell division.

(402) The mechanism of action of Taxol involves disrupting cell division.

(403) The tetrasporangium is formed through the process of cell division.

(404) The germinative period is a time of rapid cell division and growth.

(405) The centrioles, involved in cell division, are found in eukaryotes.

(406) Eukaryotes are capable of undergoing cell division through mitosis.

(407) Cytobiology provides insights into the mechanisms of cell division.

(408) The blastopor is the site of the first cell division in the embryo.

(409) Monosomics can occur due to errors in cell division during meiosis.

(410) Aneuploids can occur due to errors in cell division during meiosis.

(411) Chromosomal aberration can result from errors during cell division.

(412) Deuterosome is a type of cell division that occurs in some animals.

(413) Cytokinin is often used in tissue culture to promote cell division.

(414) The completion of anaphase marks the halfway point of cell division.

(415) The disruption of microtubules can lead to defects in cell division.

(416) The midbody is a key player in cell division and tissue development.

(417) Cytokinin is a plant hormone that promotes cell division and growth.

(418) The inhibitory action of certain proteins can prevent cell division.

(419) The cytoplasm plays a crucial role in cell division and replication.

(420) Anagen is characterized by rapid cell division in the hair follicle.

(421) Polyploidy can occur through errors in cell division during meiosis.

(422) Securin levels are tightly regulated to ensure proper cell division.

(423) Megakaryocytic progenitors undergo multiple rounds of cell division.

(424) Phosphoryl groups are important for the regulation of cell division.

(425) Micronuclei can be passed on to daughter cells during cell division.

(426) The coelomocyte population can be replenished through cell division.

(427) The radicle's elongation is a result of cell division and expansion.

(428) The trisomic condition can be caused by errors during cell division.

(429) The intracellularly located centrioles play a role in cell division.

(430) The protein molecule is involved in the regulation of cell division.

(431) Determine the rate of cell division in the columnar epithelial cell.

(432) The ultrastructure of the centrioles is important for cell division.

(433) The formation of the midbody marks the final stage of cell division.

(434) Caryotins are involved in the regulation of cell division in plants.

(435) The nema gene is responsible for regulating cell division in plants.

(436) Replicative DNA synthesis is a fundamental process in cell division.

(437) The endocycle is a process of DNA replication without cell division.

(438) Eukaryotic cells have a spindle fiber that helps with cell division.

(439) The cytoskeleton plays a crucial role in cell division and movement.

(440) The blastodermic cells undergo extensive cell division and migration.

(441) The cell structure is responsible for cell division and reproduction.

(442) The body process of cell division is essential for growth and repair.

(443) The procambium is a site of active cell division and differentiation.

(444) Leucoplasts are inherited from the parent plant during cell division.

(445) The centrosome is essential for proper cell division and development.

(446) The chromatids are pulled apart by microtubules during cell division.

(447) Cytokinins are phytohormones that stimulate cell division and growth.

(448) The role of a proto-oncogene is to regulate cell division and growth.

(449) The scientist used a microscope to monitor closely the cell division.

(450) The study of centrospheres is crucial in understanding cell division.

(451) Vacuolization is a process that can be observed during cell division.

(452) Amitosis is a type of cell division that occurs in certain organisms.

(453) Leptotene is a significant milestone in the process of cell division.

(454) The position of the cell-plate determines the plane of cell division.

(455) Nucleosomes can be disassembled and reassembled during cell division.

(456) The mother cell divides into two daughter cells during cell division.

(457) Phosphatides are involved in the process of cell division and growth.

(458) The parent cell divides into two daughter cells during cell division.

(459) The diploidy of cells is crucial for proper cell division and growth.

(460) The hypoblast undergoes extensive cell division during embryogenesis.

(461) The hyaloplasm plays a crucial role in cell division and replication.

(462) The derepression of certain genes can lead to abnormal cell division.

(463) The helices of a DNA molecule can be replicated during cell division.

(464) The study of mitoses helps in understanding cell division mechanisms.

(465) The denatured DNA cannot be properly replicated during cell division.

(466) The disruption of microfilament can lead to defects in cell division.

(467) The acentric chromosome was observed to be lost during cell division.

(468) The blastulations are formed when the zygote undergoes cell division.

(469) The morulae stage is characterized by rapid cell division and growth.

(470) Amitosis is a type of cell division that occurs in prokaryotic cells.

(471) The spirem stage is followed by the metaphase stage in cell division.

(472) The incorporation of thymidine into DNA is crucial for cell division.

(473) Eukaryotic cells have a spindle apparatus to help with cell division.

(474) The process of replication is how DNA is copied before cell division.

(475) Binary fission is a type of cell division that occurs in prokaryotes.

(476) Telomerase is tightly regulated to prevent uncontrolled cell division.

(477) The role of zinc in DNA synthesis is crucial for proper cell division.

(478) The epidermal layer is constantly being renewed through cell division.

(479) The disruption of microfilaments can lead to defects in cell division.

(480) The meristem is a dynamic region of cell division and differentiation.

(481) The synangium is a site of active cell division and spore development.

(482) The cell-plate is a crucial structure involved in plant cell division.

(483) The formation of the cell-plate marks the completion of cell division.

(484) The binucleated cells undergo a specific process during cell division.

(485) Coenocytic organisms have evolved unique mechanisms for cell division.

(486) Mitotic cell division is a crucial process for growth and development.

(487) Pteroylglutamic acid is essential for DNA synthesis and cell division.

(488) The blastocoels provide a space for cell division and differentiation.

(489) The nucellar nuclear envelope reforms after cell division is complete.

(490) Autopolyploids can result from errors in cell division during meiosis.

(491) The morulae were observed to have a distinct pattern of cell division.

(492) The microsporangium is a site of active cell division and development.

(493) Chromos can be visualized as distinct structures during cell division.

(494) Biologically, the process of mitosis is responsible for cell division.

(495) The cellula is able to reproduce through the process of cell division.

(496) The cellule is able to reproduce through the process of cell division.

(497) Polysomy can be inherited or occur spontaneously during cell division.

(498) Mutations in the centrosomic genes can lead to abnormal cell division.

(499) Tetraploidy can also occur as a result of errors during cell division.

(500) The spore round shape is a result of the unique cell division process.

(501) Cytokinin is a plant hormone that helps with cell division and growth.

(502) Chromosomes can be visualized under a microscope during cell division.

(503) Turgor loss can result in decreased cell division and growth in plants.

(504) The procambium undergoes cell division to produce new cells for growth.

(505) Germinal stage embryos undergo rapid cell division and differentiation.

(506) The chromatid is tightly packed during cell division to prevent damage.

(507) The periclinal cell division pattern determines the shape of the plant.

(508) The blastomere undergoes rapid cell division during the cleavage stage.

(509) Triploidy can result from errors in cell division during fertilization.

(510) The nucellar nuclear fission is a type of cell division in prokaryotes.

(511) The archesporium undergoes cell division to produce spore mother cells.

(512) The cytoplast is a target for certain drugs that inhibit cell division.

(513) Protoplasts can be used to study the mechanisms of plant cell division.

(514) During meiosis, the spermatocyte undergoes two rounds of cell division.

(515) The meristem is a plant organ responsible for cell division and growth.

(516) Trisomy 21 is caused by an error in cell division during fertilization.

(517) Analyze the structural changes of the kinetoplast during cell division.

(518) The complexing process of DNA replication is crucial for cell division.

(519) The chromatids are attached to the spindle fibers during cell division.

(520) The midbody is a site of organelle redistribution during cell division.

(521) Monosomic cells can result from errors in cell division during meiosis.

(522) The neurula stage is a time of rapid cell division and differentiation.

(523) The apogamic process of cell division is crucial for growth and repair.

(524) The basal-body is involved in cell division and chromosome segregation.

(525) Antimitotic drugs are used to treat cancer by preventing cell division.

(526) The cell-plate is a visible sign of successful cell division in plants.

(527) The acrocentric chromosome is involved in the process of cell division.

(528) The apical cell division is essential for the development of the embryo.

(529) The diploid number of chromosomes is important for proper cell division.

(530) The germinal stage of pregnancy is characterized by rapid cell division.

(531) The role of phosphatidic in cell division is still not fully understood.

(532) Paramecia are often used to study cell division and genetic inheritance.

(533) The mother cell contains all the necessary components for cell division.

(534) The pericycle cells undergo cell division to give rise to lateral roots.

(535) The embryonal period is characterized by rapid cell division and growth.

(536) The epiblastic cells undergo extensive cell division during development.

(537) The gonidium can undergo rapid cell division to form a new algal colony.

(538) The presence of the mitogen triggered a rapid increase in cell division.

(539) The cell cycle in relation to mitosis and meiosis governs cell division.

(540) The fate of micromeres can be influenced by the timing of cell division.

(541) Zygotene is the second stage of meiosis in the process of cell division.

(542) Gibberellin can stimulate cell division and elongation in plant tissues.

(543) Mutations in the suppressor gene can lead to uncontrolled cell division.

(544) The PMK-3 gene is involved in the regulation of cell division in plants.

(545) The activity of telomerase is crucial for cell division and replication.

(546) Metaphases are observed under a microscope during cell division studies.

(547) Somatic cell division is a process that occurs during growth and repair.

(548) Eukaryotic cells have a spindle apparatus that helps with cell division.

(549) Auxin-mediated cell division is important for plant tissue regeneration.

(550) Anab is a term used in biology to describe the process of cell division.

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