Embryo in a sentence

(1) The embryo develops into a fetus.

(2) The embryo will morph into a mammal.

(3) The fish's embryo is undifferentiated.

(4) The snake's embryo is undifferentiated.

(5) The embryo will morph into a human baby.

(6) The acotyledon embryo has no cotyledons.

(7) The seed coat protects the embryo inside.

(8) The embryo was metamorphosing into a fetus.

(9) The blastula is the precursor to the embryo.

(10) Blastopors are openings in the early embryo.

Embryo sentence

(11) The fertilized ovum developed into an embryo.

(12) The embryo is incubating in the mother's womb.

(13) Embryo transfer is usually a painless procedure.

(14) The protocorm contains the embryo of the orchid.

(15) The fertilized egg cell develops into an embryo.

(16) Blastopores are the openings of the early embryo.

(17) The blastulations are a sign of a healthy embryo.

(18) The blastula is a stage where the embryo implants.

(19) Embryo transfer is a minimally invasive procedure.

(20) The blastoderms divide rapidly to form the embryo.

Embryo make sentence

(21) The shell of the seed protected the embryo inside.

(22) The seed coat protects the embryo inside the seed.

(23) The fertilised embryo divided into multiple cells.

(24) The fertilized egg developed into a healthy embryo.

(25) The cocooned embryo developed into a healthy fetus.

(26) The testa protects the embryo from external damage.

(27) The cells in the early embryo are undifferentiated.

(28) The growth of a baby from a tiny embryo is amazing.

(29) The eggshell protects the developing embryo inside.

(30) The procedure to implant the embryo was successful.

Sentence of embryo

(31) The ectoblast is the outermost layer of the embryo.

(32) The vitelline fluid nourishes the developing embryo.

(33) The caudal end of the embryo develops into the tail.

(34) The blastopores are the first opening in the embryo.

(35) The aposporous embryo sac is formed without meiosis.

(36) The kernel of a plant is the embryo inside the seed.

(37) The blastoderm is the outermost layer of the embryo.

(38) Oocytes can be fertilized by sperm to form an embryo.

(39) The blastopores are located at one end of the embryo.

(40) The cleidoic membrane protects the developing embryo.

Embryo meaningful sentence

(41) The unfertilized egg failed to develop into an embryo.

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

(43) Blastocysts are the early stage of embryo development.

(44) The fecundated embryo develops into a fetus over time.

(45) The blastoderms are the building blocks of the embryo.

(46) The embryo-sac is formed within the ovule of a flower.

(47) The unfertilised embryo will not develop into a fetus.

(48) The ectoblast is a layer of cells in the early embryo.

(49) The cells in the embryo are initially undifferentiated.

(50) The vitellus provides energy for the embryo to develop.

Embryo sentence examples

(51) The inner layer of blastomeres forms the embryo itself.

(52) The chorionic membrane surrounds the developing embryo.

(53) The monozygous embryo split into two identical fetuses.

(54) The gynoecia of the fruit is where the embryo develops.

(55) The episperm protects the embryo from external factors.

(56) The biology lab is dissecting a chick embryo next week.

(57) The cotyle of a bird's egg is where the embryo develops.

(58) The blastodisc is where the embryo will eventually form.

(59) The notochord is present in the embryo of all chordates.

(60) The gametophyte is the stage where the embryo is formed.

Sentence with embryo

(61) The egg was fertilised, and the embryo began to develop.

(62) The appearance of a tail in a human embryo is an atavism.

(63) The embryonic disc is the precursor to the embryo itself.

(64) The dorsoventral axis of the embryo determines body plan.

(65) The caudal end of the embryo undergoes significant growth.

(66) Embryo transfer can be done using fresh or frozen embryos.

(67) The blastoporic canal connects the embryo to the yolk sac.

(68) The ectodermic layer is the outermost layer of the embryo.

(69) The epiblast is essential for the formation of the embryo.

(70) The acotyledonous embryo is not capable of photosynthesis.

Use embryo in a sentence

(71) The egg cell was fertilized by the sperm to form an embryo.

(72) Syngamy is a critical step in the development of an embryo.

(73) Embryo transfer is often the final step in the IVF process.

(74) The vitelline sac is absorbed by the embryo as it develops.

(75) The blastocoeles provide buoyancy to the developing embryo.

(76) The blastomeric stage is when the embryo is most malleable.

(77) The micropylar end of the seed is where the embryo emerges.

(78) The biologist discovered an ovoid embryo in the bird's nest.

(79) The chorionic villi provide nutrients to the growing embryo.

(80) The somites in the embryo develop into segmented structures.

Sentence using embryo

(81) The endosperm provides nourishment to the developing embryo.

(82) The endosperm is a storage tissue for the developing embryo.

(83) The endosperm is digested by enzymes released by the embryo.

(84) The inner cell mass of blastocysts gives rise to the embryo.

(85) The blastomeric stage is when the embryo undergoes cleavage.

(86) Blastospheres are essential for the formation of the embryo.

(87) The blastochyle is a critical component of the early embryo.

(88) The chorion is the outermost membrane surrounding the embryo.

(89) The aleurons in the seed coat protect the embryo from damage.

(90) The endosperm is essential for the development of the embryo.

Embryo example sentence

(91) The blastemata in the embryo will eventually form the organs.

(92) The blastoporic ring is a circular indentation in the embryo.

(93) The cephalic flexure is a bend in a developing embryo's head.

(94) The allantoides are important for gas exchange in the embryo.

(95) The allantoides are essential for the survival of the embryo.

(96) The mesoblasts in the embryo give rise to the mesoderm layer.

(97) The optic cup is a small depression in the developing embryo.

(98) The liquid nitrogen began to vaporize over the frozen embryo.

(99) The blastula is a stage where the embryo starts to take shape.

(100) The blastula is a stage where the embryo becomes more complex.

Sentence with word embryo

(101) The blastomeres divide rapidly to form a multicellular embryo.

(102) The vitelline sac provides nutrients to the developing embryo.

(103) The blastoderms are crucial for the development of the embryo.

(104) The blastodisc is a key player in the formation of the embryo.

(105) The cephalic flexure is a bend in a developing embryo's brain.

(106) The cephalic furrow is a groove in a developing embryo's head.

(107) The allantois is a membranous sac that develops in the embryo.

(108) The cardinal vein is located on the dorsal side of the embryo.

(109) The lignification of the seed coat protects the embryo inside.

(110) The suspensorial system in plants helps to support the embryo.

Sentence of embryo

(111) The amniotic sac is a sac that contains the developing embryo.

(112) The fertilised embryo is transferred to the uterus during IVF.

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

(114) The blastula is a stage where the embryo becomes multicellular.

(115) The trophoblast helps to anchor the embryo to the uterine wall.

(116) The ectoderm is derived from the outermost layer of the embryo.

(117) The neural tube is a fundamental component of the early embryo.

(118) The process of fertilisation is followed by embryo development.

(119) The patient may experience some cramping after embryo transfer.

(120) The blastematic stage is where the embryo begins to take shape.

Embryo used in a sentence

(121) The blastochyles are crucial for the development of the embryo.

(122) The blastocoele is essential for the development of the embryo.

(123) Blastopores are the openings through which the embryo develops.

(124) The blastodermic layer forms the outermost layer of the embryo.

(125) The blastodisc is the beginning of the formation of the embryo.

(126) The cephalic end of an embryo develops into the head and brain.

(127) The aleurones are a source of energy for the developing embryo.

(128) The embryonic sac protects and nourishes the developing embryo.

(129) The epiblast gives rise to the three germ layers of the embryo.

(130) The megaspore develops into the embryo sac in flowering plants.

Embryo sentence in English

(131) The blastoderm is the outer layer of cells in the early embryo.

(132) The germ plasm is responsible for the development of an embryo.

(133) The zona pellucida provides protection to the developing embryo.

(134) The aleurons in the grain help to nourish the developing embryo.

(135) The neural tube is formed from the ectoderm layer of the embryo.

(136) The amniotic sac is essential for the development of the embryo.

(137) The fertilized ovum begins to divide and develop into an embryo.

(138) Embryo transfer is typically performed in an outpatient setting.

(139) The blastospheres are important for the formation of the embryo.

(140) The blastoporic blastomere is a single cell in the early embryo.

(141) The oosperm undergoes multiple cell divisions to form an embryo.

(142) The allantoides are responsible for waste removal in the embryo.

(143) The amniotic fluid provides a cushion for the developing embryo.

(144) The cuticular layer of the seed coat protects the embryo inside.

(145) The blastocysts' outer layer helps protect the developing embryo.

(146) The blastula is a stage where the embryo starts to differentiate.

(147) The vitelline gland produces nutrients for the developing embryo.

(148) The oolemma is essential for the development of a healthy embryo.

(149) Embryo transfer is typically performed under ultrasound guidance.

(150) The doctor will carefully prepare the uterus for embryo transfer.

(151) The albumen in a chicken egg helps protect the developing embryo.

(152) The chorion is highly vascularized to support the growing embryo.

(153) The chorion is highly flexible to accommodate the growing embryo.

(154) The blastomeric stage is crucial for the formation of the embryo.

(155) The blastulations are a sign that the embryo is ready to implant.

(156) Abnormal epiboly can lead to developmental defects in the embryo.

(157) During gastrulating, the embryo forms three distinct germ layers.

(158) The preimplantation stage is when the embryo becomes a blastocyst.

(159) The blastoporic region is where gastrulation occurs in the embryo.

(160) The chorionic villus is formed from the outer layer of the embryo.

(161) Blastulation is a key event in the early development of an embryo.

(162) Amniotes have an amniotic egg that protects the developing embryo.

(163) The blastoderm is the outer layer of cells in a developing embryo.

(164) Embryo transfer is a key component of modern fertility treatments.

(165) The blastomeric stage is when the embryo is still a ball of cells.

(166) The blastoporic depression is a shallow indentation in the embryo.

(167) The aleurones are a source of nutrition for the developing embryo.

(168) The anlagen of the embryo develop into various organs and tissues.

(169) The epiblast is a critical stage in the development of the embryo.

(170) The bovine embryo transfer technology has revolutionized breeding.

(171) The inner cell mass of blastocysts gives rise to the embryo itself.

(172) The word ectoblast refers to the outer layer of cells in an embryo.

(173) The amniotic membrane surrounds the embryo and provides protection.

(174) The morula is a stage where cells start to develop into the embryo.

(175) The blastomere is a building block for the formation of the embryo.

(176) The trophoblasts play a crucial role in implantation of the embryo.

(177) The chorion helps protect the developing embryo from external harm.

(178) Blastomeric cells are the building blocks of the developing embryo.

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

(180) The blastopor is a critical stage in the development of the embryo.

(181) The blastopors are the first sign of differentiation in the embryo.

(182) The blastulations are essential for the implantation of the embryo.

(183) The blastochyle is a source of nutrients for the developing embryo.

(184) The blastodermic disc is a flattened structure in the early embryo.

(185) The blastodermic layer is the first to differentiate in the embryo.

(186) The embryo undergoes significant changes during and after nidation.

(187) The megagametophyte is also known as the embryo sac in angiosperms.

(188) The protostome embryo undergoes spiral cleavage during development.

(189) The ectoblast is a critical stage in the development of the embryo.

(190) The preimplantation stage is a critical time for embryo development.

(191) The blastodisc is a critical stage in the development of the embryo.

(192) The trophoblast is responsible for nourishing the developing embryo.

(193) The dentary bone is one of the first bones to develop in the embryo.

(194) The blastocyst undergoes further differentiation to form the embryo.

(195) The blastocyst is a stage where the embryo becomes more specialized.

(196) Embryo transfer is typically performed after in vitro fertilization.

(197) The timing of embryo transfer is crucial for a successful pregnancy.

(198) The vitelline sac is gradually absorbed by the embryo as it matures.

(199) The vitelline sac is a source of nourishment for the growing embryo.

(200) As the embryo grows, the mesenchymal cells chondrify into cartilage.

(201) The blastochyles are the first cells to differentiate in the embryo.

(202) The blastopor is the point where the embryo starts to differentiate.

(203) The blastopor is the site of the first cell movements in the embryo.

(204) The blastopor is the site of the first cell migration in the embryo.

(205) The blastopor is the site of the first cell signaling in the embryo.

(206) The blastopores are the first sign of differentiation in the embryo.

(207) The blastulations are a sign that the embryo is developing properly.

(208) The blastodermic layer is responsible for forming the embryo proper.

(209) The allantoides are filled with nutrients for the developing embryo.

(210) The antipodals are involved in the regulation of embryo development.

(211) The chordamesoderm is derived from the mesoderm layer of the embryo.

(212) The ectoblast is essential for the proper development of the embryo.

(213) The fallopian tube is where the sperm and egg meet to form an embryo.

(214) The blastomeres undergo morphogenesis to shape the developing embryo.

(215) The success of embryo transfer depends on the quality of the embryos.

(216) The embryo transfer procedure is usually done on an outpatient basis.

(217) The preimplantation period is a critical time for embryo development.

(218) The vitelline sac is connected to the digestive system of the embryo.

(219) The blastocoels play a crucial role in the development of the embryo.

(220) The blastocoels are crucial for the proper development of the embryo.

(221) The blastoderms are the first cells to form in the developing embryo.

(222) The blastogenetic stage is when the embryo begins to form its organs.

(223) The blastopors are a critical point in the development of the embryo.

(224) The blastochyle is a region of the embryo that gives rise to the gut.

(225) The blastular stage is a time of morphological changes in the embryo.

(226) The rhombencephalon is the hindbrain region of the developing embryo.

(227) The epiblasts are responsible for the formation of the embryo proper.

(228) The epiblasts are essential for the proper development of the embryo.

(229) The histogenetic study showed the developmental stages of the embryo.

(230) During fetation, the embryo undergoes significant changes and growth.

(231) The mesenchymal layer of the embryo gives rise to connective tissues.

(232) The amnion is a protective membrane surrounding the developing embryo.

(233) The cotyledon provides a source of nourishment for the growing embryo.

(234) Teleology can be seen in the growth and development of a human embryo.

(235) The number of blastomeres can be indicative of the embryo's viability.

(236) The blastocoeles play a crucial role in the development of the embryo.

(237) The blastulation stage is a critical period for the embryo's survival.

(238) The blastulations are a critical stage in the formation of the embryo.

(239) The blastoporal opening is the first opening in the developing embryo.

(240) The blastoporic opening is the first opening in the developing embryo.

(241) The procephalic region of the embryo develops into the head and brain.

(242) The notochord provides support and structure to the developing embryo.

(243) The antipodals are essential for the proper development of the embryo.

(244) The endodermal layer of the embryo gives rise to the digestive system.

(245) The entoderm is the innermost layer of cells in the developing embryo.

(246) The amniotic membrane protects the developing embryo from desiccation.

(247) The chalazal structure is important for the development of the embryo.

(248) The egg was fecundated by the sperm, resulting in a fertilized embryo.

(249) The blastula is a stage where the embryo develops its basic structures.

(250) Embryo transfer is a safe and effective method for achieving pregnancy.

(251) The vitelline sac is connected to the circulatory system of the embryo.

(252) The success of embryo transfer can be affected by the age of the woman.

(253) Cloning through artificial embryo twinning has shown promising results.

(254) The archenteron elongates and expands as the embryo grows and develops.

(255) The chorion is rich in nutrients that support the growth of the embryo.

(256) Antipodals are the cells located at the opposite end of the embryo sac.

(257) The blastopor is the point where the embryo starts to develop its head.

(258) The blastopor is the point where the embryo starts to develop its tail.

(259) The blastulations are a sign that the embryo is growing and developing.

(260) The blastochyle is essential for the growth and survival of the embryo.

(261) The blastochyle is a region of the embryo that gives rise to the liver.

(262) The blastodisc contains the genetic material that will form the embryo.

(263) The embryo-sac is where the female gametophyte develops in angiosperms.

(264) The allantoid structure is essential for the development of the embryo.

(265) The anatropous embryo sac is a crucial component of plant reproduction.

(266) The synergid cells are located at the micropylar end of the embryo sac.

(267) The decidual reaction occurs in response to implantation of the embryo.

(268) The ectoblast is the outermost layer of cells in the developing embryo.

(269) The totipotent stage is crucial for the development of a healthy embryo.

(270) The endometrium provides a suitable environment for embryo implantation.

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

(272) The implantation of the embryo into the surrogate mother was successful.

(273) The cells in the embryo differentiate into different tissues and organs.

(274) The success rate of embryo transfer varies depending on various factors.

(275) The anatomist's research focused on the development of the human embryo.

(276) The preimplantation stage is when the embryo develops into a blastocyst.

(277) The patient may be given progesterone supplements after embryo transfer.

(278) The allantoides play an important role in the development of the embryo.

(279) The antipodals are genetically distinct from the rest of the embryo sac.

(280) The blastopor is the point where the embryo starts to develop its limbs.

(281) The blastopor is the point where the embryo starts to develop its heart.

(282) The blastopor is the point where the embryo starts to develop its lungs.

(283) The blastulations are a critical stage in the development of the embryo.

(284) The presence of deutoplastic cells can affect the survival of an embryo.

(285) The gastrulate stage marks the beginning of organogenesis in the embryo.

(286) The micromeres are located at the vegetal pole of the sea urchin embryo.

(287) The cardinal vein is essential for the proper development of the embryo.

(288) The endoblast is a type of cell that forms the inner layer of an embryo.

(289) Fertilisation is a critical step in the development of a healthy embryo.

(290) The biologist used an x-ray through the embryo to study its development.

(291) Multiple embryos may be transferred during the embryo transfer procedure.

(292) The embryo transfer procedure is usually painless and minimally invasive.

(293) The cotyledon provides protection to the delicate embryo inside the seed.

(294) Zygotes undergo a process called cleavage to form a multicellular embryo.

(295) Scientists are able to clone through a technique called embryo splitting.

(296) The blastocoeles help to maintain the structural integrity of the embryo.

(297) The fecundated embryo undergoes rapid cell division to form a blastocyst.

(298) Abrachia can be a result of a problem with the development of the embryo.

(299) The process of blastogeneses is crucial for the development of an embryo.

(300) The success of blastogeneses is essential for the survival of the embryo.

(301) The blastopor is the point where the embryo starts to develop its organs.

(302) The blastulations are crucial for the development of the embryo's organs.

(303) The blastulations are a sign that the embryo is implanting in the uterus.

(304) Blastodermic cells are the earliest cells to differentiate in the embryo.

(305) Embryophytes are characterized by the presence of a multicellular embryo.

(306) The embryo-sac is surrounded by layers of protective tissue in the ovule.

(307) Chorions are the outermost membrane that surrounds the embryo in mammals.

(308) The inner cell mass of blastocysts is responsible for forming the embryo.

(309) The periclinal layer of the plant's seed coat protects the embryo inside.

(310) The zona pellucida is essential for successful implantation of the embryo.

(311) The fundus of the uterus is where the embryo implants after fertilization.

(312) The embryo transfer process involves transferring embryos into the uterus.

(313) The endosperm is typically consumed by the embryo during seed germination.

(314) The fate of blastomeres is determined by their position within the embryo.

(315) The endometrium provides a nourishing environment for a developing embryo.

(316) The blastochyle is essential for the growth and development of the embryo.

(317) The blastochyle is a region of the embryo that gives rise to the pancreas.

(318) The blastodisc is a specialized area of the yolk that contains the embryo.

(319) The blastodisc is a critical stage in the development of the avian embryo.

(320) The somite is a fundamental unit of segmentation in the developing embryo.

(321) The antipodals are important for the proper development of the embryo sac.

(322) The blastematic stage is where the body plan of the embryo is established.

(323) The blastogenetic stage is when the embryo implants into the uterine wall.

(324) The blastomeric stage is when the embryo is most vulnerable to teratogens.

(325) The blastopor is the site of the first cell differentiation in the embryo.

(326) The cardinal vein is one of the first blood vessels to form in the embryo.

(327) The biologist researched the morphic development of the embryo in the lab.

(328) The preimplantation stage is when the embryo undergoes rapid cell division.

(329) The blastodisc is a region of the embryo that gives rise to the germ cells.

(330) The blastodisc is a region of the embryo that is susceptible to teratogens.

(331) The absorption function of the uterus aids in the absorption of the embryo.

(332) The blastocyst is a stage where the embryo becomes capable of implantation.

(333) The blastocyst is a stage where the embryo begins to form its major organs.

(334) The amniote embryo is nourished by the yolk sac until it is ready to hatch.

(335) The blastomere gives rise to different cell types in the developing embryo.

(336) The patient may be asked to arrive with a full bladder for embryo transfer.

(337) The blastochyles are crucial for the development of the embryo's body plan.

(338) The blastogenetic stage is when the embryo is most sensitive to teratogens.

(339) The presence of deutoplastic cells can affect the development of an embryo.

(340) The fertilized egg will eventually develop into an embryo and then a fetus.

(341) The cephalic flexure helps a developing embryo fit through the birth canal.

(342) The allantoides are important for the growth and development of the embryo.

(343) The umbilical vesicle is essential for the early development of the embryo.

(344) The micropylar cap protects the embryo from damage during seed development.

(345) The epiblastic layer is one of the three primary germ layers in the embryo.

(346) The epiblastic layer is essential for the proper development of the embryo.

(347) The falciform ligament is a remnant of the ventral mesentery of the embryo.

(348) The episperm is an important source of nutrients for the developing embryo.

(349) The chorion is rich in nutrients that support the development of the embryo.

(350) The blastochyle provides a protective environment for the developing embryo.

(351) The vitelline layer provides mechanical protection to the developing embryo.

(352) The vitelline fluid provides a protective cushion for the developing embryo.

(353) The word protoderm refers to the outermost layer of cells in a plant embryo.

(354) The dorsoventral axis of the embryo is established during early development.

(355) The preimplantation stage is when the embryo is evaluated for its viability.

(356) The vitelline sac is essential for the growth and development of the embryo.

(357) The blastopor is the point where the embryo starts to develop its body plan.

(358) The embryo-sac is a site of intense metabolic activity during fertilization.

(359) During fetation, the embryo undergoes significant changes in size and shape.

(360) The bilaminar structure of the embryo is a crucial stage in its development.

(361) The amniotic fluid in amniotes provides a cushion for the developing embryo.

(362) The embryo-sac is a female reproductive structure found in flowering plants.

(363) The perisperm is a nutritive tissue that surrounds the embryo in some seeds.

(364) The eggshells of birds can calcify along with the development of the embryo.

(365) The amniotic egg provides a protective environment for the developing embryo.

(366) The vitelline sac is an important source of energy for the developing embryo.

(367) The chorion is essential for the protection of the embryo against infections.

(368) The blastoderms are essential for the development of the embryo into a fetus.

(369) The blastodiscs divide rapidly to form the cells that will become the embryo.

(370) The ectodermic layer of the embryo gives rise to the skin and nervous system.

(371) The embryo-sac is a crucial part of the female reproductive system in plants.

(372) The entoblast is responsible for the formation of the gut tube in the embryo.

(373) The entoderm is essential for the proper development of the embryo and fetus.

(374) The vitellus is responsible for providing nutrients to the developing embryo.

(375) The allantois is derived from the endoderm and mesoderm layers of the embryo.

(376) The micromeres are derived from the fourth cleavage of the sea urchin embryo.

(377) The germ layer fate is determined by the position of cells within the embryo.

(378) The chorion is essential for the attachment of the embryo to the uterine wall.

(379) The albumen of an egg provides a protective cushion for the developing embryo.

(380) The cartilaginification of the embryo begins in the early stages of pregnancy.

(381) Embryo transfer is a delicate procedure that requires precision and expertise.

(382) The vitelline sac is a temporary organ that is reabsorbed as the embryo grows.

(383) The blastocoeles are crucial for the establishment of body axes in the embryo.

(384) The blastocoeles are crucial for the establishment of cell fate in the embryo.

(385) The blastopor is the point where the embryo starts to develop its musculature.

(386) The presence of deutoplastic cells can affect the size and shape of an embryo.

(387) The blastoporal opening is a significant stage in the formation of the embryo.

(388) The nucellus is responsible for nourishing the developing embryo in the ovule.

(389) The antipodals are sometimes referred to as the guard cells of the embryo sac.

(390) The entoderm is one of the three primary germ layers in the developing embryo.

(391) The zygospore is a thick-walled structure that protects the developing embryo.

(392) The epiblastic layer is the outermost layer of the embryo during gastrulation.

(393) The chorial sac is a fluid-filled cavity that surrounds the developing embryo.

(394) Gonocytes are present in the developing embryo from the 4th week of gestation.

(395) Trophoblastic invasion is necessary for successful implantation of the embryo.

(396) The amniotic sac is a sac-like structure that surrounds the developing embryo.

(397) The blastodisc is a region of the embryo that is involved in pattern formation.

(398) The amniotic fluid within the egg provides a cushion for the developing embryo.

(399) The chorionic membrane forms a protective barrier around the developing embryo.

(400) Embryo transfer is a common procedure used in assisted reproductive technology.

(401) The dorsoventral axis of the embryo is established through signaling molecules.

(402) The vitellus of the egg provides essential nutrients for the developing embryo.

(403) The blastocoeles are critical for the proper folding and shaping of the embryo.

(404) Blastematic cells are responsible for the growth and development of the embryo.

(405) The blastoporic zone is the area of the embryo where the blastopore is located.

(406) The blastoporic groove is a depression that forms on the surface of the embryo.

(407) The blastular stage is a time of great vulnerability for the developing embryo.

(408) The cephalic flexure in a developing embryo is important for brain development.

(409) The antipodals are sometimes referred to as the waste basket of the embryo sac.

(410) The allantoid is a sac-like structure that connects the embryo to the placenta.

(411) The notochordal sheath provides support and stability to the developing embryo.

(412) The endoblast is involved in the formation of the nervous system in the embryo.

(413) The neural tube is a tube-like structure that runs along the back of the embryo.

(414) The blastulation stage is a key milestone in the early development of an embryo.

(415) The amniotic egg contains all the necessary nutrients for the developing embryo.

(416) Teratogens can cause structural abnormalities in the developing embryo or fetus.

(417) The vitelline sac is filled with yolk, which provides nourishment to the embryo.

(418) The doctor will discuss the embryo transfer process with the patient beforehand.

(419) Embryo transfer is a crucial step in the journey to parenthood for many couples.

(420) The quality of blastomeres can impact the success of embryo transfer procedures.

(421) Blastochyles are responsible for the formation of the germ layers in the embryo.

(422) Blastomeric cells are the first cells to differentiate in the developing embryo.

(423) The antipodals are sometimes referred to as the support cells of the embryo sac.

(424) The endarch formation of the embryo sac is a crucial step in plant reproduction.

(425) The allantoic fluid provides a protective environment for the developing embryo.

(426) The allantoic membrane is responsible for gas exchange in the developing embryo.

(427) The metamerically arranged cells in the embryo developed into distinct segments.

(428) The blastocoelic fluid provides nutrients and support for the developing embryo.

(429) The blastocyte contains a cluster of cells that will eventually form the embryo.

(430) The bilaminar structure of the embryo is a result of the division of the zygote.

(431) The suspensor helps to anchor the embryo to the endosperm in some plant species.

(432) The blastocyst contains an inner cell mass that will eventually form the embryo.

(433) The blastochyle is eventually replaced by other structures as the embryo matures.

(434) The blastodisc is a region of the embryo that is sensitive to environmental cues.

(435) The trophoblast is the first cell type to differentiate in the developing embryo.

(436) The ectoblast gives rise to the nervous system and skin in the developing embryo.

(437) The gestational sac provides protection and nourishment to the developing embryo.

(438) The vitelline sac is a vital structure for the survival of the developing embryo.

(439) The patient may experience some spotting or light bleeding after embryo transfer.

(440) Blastocoeles provide a space for the developing embryo to grow and differentiate.

(441) The blastomeric stage is when the embryo is most dependent on maternal nutrients.

(442) The blastopor is the point where the embryo starts to develop its nervous system.

(443) The formation of blastulations is a crucial step in the development of an embryo.

(444) The blastoporic membrane is a thin layer that separates the embryo from the yolk.

(445) The allantoid is responsible for the transport of waste products from the embryo.

(446) The fertilized ovum developed into an embryo, and the baby's heart began to beat.

(447) The chorion contains blood vessels that supply nutrients to the developing embryo.

(448) The blastodisc is a region of the embryo that is rich in cytoplasmic determinants.

(449) Blastulas are the stage of development where the embryo is ready for implantation.

(450) The blastocyst is a stage where the embryo starts to develop its own blood supply.

(451) The blastomeric stage is when the embryo is most susceptible to genetic mutations.

(452) The embryo-sac is a complex structure that plays a key role in plant reproduction.

(453) The umbilical vesicle is connected to the developing embryo by the umbilical cord.

(454) The migration of mesoblasts is essential for the proper development of the embryo.

(455) The mesonephros is essential for maintaining homeostasis in the developing embryo.

(456) The bilaminar embryonic disc undergoes gastrulation to form the trilaminar embryo.

(457) The embryo-sac contains the female gametophyte and is essential for fertilization.

(458) The embryo-sac is a key target for genetic engineering in plant breeding programs.

(459) The chorial membrane is a protective barrier that surrounds the developing embryo.

(460) The decidual tissue in the uterus is essential for supporting a developing embryo.

(461) The zona pellucida is essential for the development of the pre-implantation embryo.

(462) Trophoblasts secrete factors that promote the growth and development of the embryo.

(463) Germinal layers in the developing embryo give rise to different tissues and organs.

(464) The embryo transfer process is constantly evolving with advancements in technology.

(465) The doctor will evaluate the uterine lining before proceeding with embryo transfer.

(466) The chorionic villus is formed from the trophoblast cells of the developing embryo.

(467) The blastopor is the point where the embryo starts to develop its digestive system.

(468) The position of blastopores can be used to determine the orientation of the embryo.

(469) The cephalic flexure is a temporary bend in the spinal cord of a developing embryo.

(470) The germinal stage of development is crucial for the formation of a healthy embryo.

(471) The success of emboly is dependent on the health of both the mother and the embryo.

(472) The entodermal layer of the embryo gives rise to the lining of the digestive tract.

(473) The gastrulate stage marks the beginning of organogenesis in the developing embryo.

(474) The blastodermic stage is a time of great potential and vulnerability for an embryo.

(475) The trophoblast helps protect the developing embryo from the mother's immune system.

(476) The chorion is rich in blood vessels that supply nutrients to the developing embryo.

(477) The blastogenetic stage is when the embryo is most susceptible to genetic mutations.

(478) The procephalic segment of the arthropod body is the first to develop in the embryo.

(479) The nucellar cells of the ovule are important for the development of the embryo sac.

(480) The fertilized ovum divided into multiple cells, and the embryo began to take shape.

(481) The antipodals are located at the opposite end of the embryo sac from the synergids.

(482) The embryo-sac is a highly specialized structure that is unique to flowering plants.

(483) The amniotic egg provides nutrients and oxygen to the developing embryo of amniotes.

(484) The suspensor is a specialized cell that connects the embryo to the maternal tissue.

(485) The notochordal structure is essential for the development of the vertebrate embryo.

(486) The trophoblasts play a crucial role in the implantation of the embryo in the uterus.

(487) Embryo transfer is a highly specialized procedure performed by fertility specialists.

(488) Embryo transfer is a relatively quick procedure, usually taking less than 30 minutes.

(489) The totipotent cells in the blastocyst give rise to both the embryo and the placenta.

(490) The size and shape of blastomeres can provide insights into the health of the embryo.

(491) The fecundated embryo attaches itself to the uterine wall for nourishment and growth.

(492) The umbilical vesicle is responsible for the production of blood cells in the embryo.

(493) The blastocyte is a small, hollow ball of cells that will eventually form the embryo.

(494) The embryo-sac is formed from a single cell that undergoes several rounds of mitosis.

(495) The endoblast is responsible for the formation of the digestive system in the embryo.

(496) The undifferentiated cells in the embryo are responsible for the formation of organs.

(497) The blastocysts' outer layer provides protection and support to the developing embryo.

(498) The preimplantation period is when the embryo prepares for implantation in the uterus.

(499) The blastochyle undergoes changes in composition and structure as the embryo develops.

(500) The vitelline membrane allows for gas exchange between the embryo and the environment.

(501) The embryo transfer procedure is carefully timed to optimize the chances of pregnancy.

(502) Embryo transfer is a critical step in the journey towards parenthood for many couples.

(503) The endosperm is a temporary tissue that is eventually absorbed by the growing embryo.

(504) The preimplantation period is when the embryo undergoes crucial developmental changes.

(505) The success of embryo transfer can be influenced by the overall health of the patient.

(506) The morphogenetic changes in the embryo are fascinating to observe under a microscope.

(507) The ectodermic layer is one of the three primary germ layers in the developing embryo.

(508) The chordamesoderm is a crucial structure in the development of the vertebrate embryo.

(509) The blastochyle is essential for the development and nourishment of the growing embryo.

(510) The trophoblast helps to protect the developing embryo from the mother's immune system.

(511) The success of embryo transfer can be influenced by the woman's age and overall health.

(512) The timing of blastomere division is critical for the proper development of the embryo.

(513) The archenteron eventually gives rise to the digestive system in the developing embryo.

(514) The chorion is responsible for the exchange of gases between the embryo and the mother.

(515) The blastocoels are filled with nutrients that are essential for the developing embryo.

(516) The blastogenetic stage is when the embryo is most vulnerable to environmental factors.

(517) The sclerenchymatous tissue in the seed coat protects the embryo from external factors.

(518) The blastocyst stage is when the embryo becomes hollow and forms a fluid-filled cavity.

(519) The egg provides the necessary nutrients for the developing embryo after fertilization.

(520) The blastodisc is a region of the embryo that is essential for proper organ development.

(521) Embryo transfer is often the culmination of months or even years of fertility treatment.

(522) Double fertilization ensures the development of both the embryo and endosperm in plants.

(523) The division of blastomeres is crucial for the growth and differentiation of the embryo.

(524) The blastocoeles are filled with a fluid that provides mechanical support to the embryo.

(525) The blastulations are a sign that the embryo is on track to develop into a healthy baby.

(526) The neurula stage is a time when the embryo is most vulnerable to environmental factors.

(527) The neurula stage is a period of intense morphological changes in the developing embryo.

(528) Embryonal lethality refers to the inability of an embryo to survive and develop to term.

(529) The amniotic sac is a fluid-filled sac that surrounds the developing embryo in amniotes.

(530) The merismatic cells in the embryo were responsible for the development of the organism.

(531) The undifferentiated cells in the embryo differentiate into specific organs and tissues.

(532) Preimplantation diagnosis can help couples make informed decisions about embryo transfer.

(533) Blastodermic is a term often used in embryology to describe the early stage of an embryo.

(534) The ectoblast is crucial for the establishment of the body plan in the developing embryo.

(535) The preimplantation period is when the embryo is prepared for implantation in the uterus.

(536) The vitelline sac is responsible for the transport of nutrients to the developing embryo.

(537) Gastrulation marks the transition from a simple ball of cells to a more organized embryo.

(538) Epiblasts are the cells that give rise to the three germ layers in the developing embryo.

(539) Germinally, the embryo started to develop into a fully-formed fetus in the mother's womb.

(540) The lignifying of the seed coat helps to protect the embryo from environmental stressors.

(541) The orthotropous embryo sac is a crucial part of the reproductive process in angiosperms.

(542) The undifferentiated cells in the embryo have the potential to become any type of tissue.

(543) The vitelline duct is responsible for the transport of nutrients to the developing embryo.

(544) Preimplantation screening can help couples make informed decisions about embryo selection.

(545) Preimplantation diagnosis allows couples to make informed decisions about embryo transfer.

(546) The doctor will provide a detailed report on the embryo transfer procedure to the patient.

(547) The blastulae is a stage of development that is essential for the formation of the embryo.

(548) The embryo-sac contains the egg cell and other cells that are important for fertilization.

(549) The blastocyst stage is when the embryo begins to differentiate into different cell types.

(550) The morphologist's research focused on the development of the embryo in different species.

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