Plant Cell in a sentence

(1) Trace below the structure of a plant cell.

(2) We will copy this diagram of a plant cell.

(3) Chl is a vital component of the plant cell.

(4) The plant cell has a cell wall for support.

(5) Cellose is commonly found in plant cell walls.

(6) The shape under the microscope was a plant cell.

(7) Cellobiose is commonly found in plant cell walls.

(8) The nucleo of a plant cell contains chloroplasts.

(9) The protoplast is the living part of a plant cell.

(10) The cell-sap leaked out of the damaged plant cell.

Plant Cell sentence

(11) The scientist attempted to animalize a plant cell.

(12) Lignins are a major component of plant cell walls.

(13) The textbook had a cutaway diagram of a plant cell.

(14) The flash card had a diagram of a plant cell on it.

(15) The scientist studied the structure of a plant cell.

(16) Microfibrils are essential for plant cell expansion.

(17) Let's summarize the main components of a plant cell.

(18) Xylose is a common pentose found in plant cell walls.

(19) The cell wall is a key component of plant cell biology.

(20) The plant cell is the basic structural unit of a plant.

Plant Cell make sentence

(21) The plant cell has a nucleolus that produces ribosomes.

(22) Microfibrils are tiny fibers found in plant cell walls.

(23) The vacuole in a plant cell stores water and nutrients.

(24) The plant cell has leucoplasts that store starch and oils.

(25) Microfibrils are essential components of plant cell walls.

(26) The protoplasm of a plant cell is enclosed by a cell wall.

(27) The nucleo of the plant cell is surrounded by a cell wall.

(28) Laticifers are an example of a specialized plant cell type.

(29) Xylose is a common pentose sugar found in plant cell walls.

(30) He anatomises the plant cell to investigate its organelles.

Sentence of plant cell

(31) Xylan is a type of polysaccharide found in plant cell walls.

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

(33) The tonoplasts provide structural support to the plant cell.

(34) Starch along with lignin gives rigidity to plant cell walls.

(35) Microfibrils are essential for maintaining plant cell shape.

(36) Pectose is a type of carbohydrate found in plant cell walls.

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

(38) Phenolic acids are important components of plant cell walls.

(39) The pectic layer of a plant cell provides structural support.

(40) Amyloses are important for the structure of plant cell walls.

Plant Cell meaningful sentence

(41) Pentosan is a type of carbohydrate found in plant cell walls.

(42) We can create a model of a plant cell for our biology project.

(43) The pollen tube is a remarkable example of plant cell polarity.

(44) Celluloses are complex carbohydrates found in plant cell walls.

(45) Lignocellulose is a complex material found in plant cell walls.

(46) Xylose is a pentose that is commonly found in plant cell walls.

(47) The microfibril structure provides strength to plant cell walls.

(48) The plant cell has peroxisomes that break down toxic substances.

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

(50) Microfibrils are involved in the regulation of plant cell shape.

Plant Cell sentence examples

(51) The lamina of the plant cell wall provides rigidity and support.

(52) The atoma of a plant cell contains the nucleus and mitochondria.

(53) The plant cell has a primary cell wall that provides flexibility.

(54) The aldose sugar arabinose is commonly found in plant cell walls.

(55) The tonoplast helps maintain the overall shape of the plant cell.

(56) The structure of the plant cell is different from an animal cell.

(57) The board in the agriculture class had a diagram of a plant cell.

(58) The plant cell has a cell cortex that provides mechanical support.

(59) The microscope slide brings to view the structure of a plant cell.

(60) The pectic layer of a plant cell helps to regulate water movement.

Sentence with plant cell

(61) The pollen tube is a fascinating example of plant cell elongation.

(62) Hemicellulose is a complex carbohydrate found in plant cell walls.

(63) Microfibrils are responsible for the rigidity of plant cell walls.

(64) The microfibril organization is critical for plant cell expansion.

(65) The structure of the plant cell is different from the animal cell.

(66) The teacher used a model of a plant cell to explain its structure.

(67) The vacuole can help regulate the pH of the plant cell's cytoplasm.

(68) The plant cell has plasmids that contain extra genetic information.

(69) Hemicelluloses are complex carbohydrates found in plant cell walls.

(70) Actinomycetous organisms, break down cellulose in plant cell walls.

Use plant cell in a sentence

(71) Endophytic fungi can produce enzymes that degrade plant cell walls.

(72) Caryotins are often used as markers for plant cell differentiation.

(73) The speed of cyclosis can vary depending on the type of plant cell.

(74) The teacher used a model of a plant cell to teach us about biology.

(75) Protoplasts can be used to study the mechanisms of plant cell death.

(76) Microfibrils are involved in the regulation of plant cell expansion.

(77) Cellulose is a type of cellulous material found in plant cell walls.

(78) Xylans are a type of complex carbohydrate found in plant cell walls.

(79) Xylans play a role in the strength and rigidity of plant cell walls.

(80) The biologist anatomized the plant cell to understand its organelles.

Sentence using plant cell

(81) The teacher used a model of a plant cell to teach us about its parts.

(82) The plant cell has chromoplasts that give color to fruits and flowers.

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

(84) Pectins are a type of complex carbohydrates found in plant cell walls.

(85) The cel structure of a plant cell differs from that of an animal cell.

(86) The biology students studied the structure of a shaft in a plant cell.

(87) The plant cell has Golgi apparatus that modifies and packages proteins.

(88) The plant cell has a middle lamella that holds adjacent cells together.

(89) Pectinesterases are essential for the formation of the plant cell wall.

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

Plant Cell example sentence

(91) The lignifying process gives strength and rigidity to plant cell walls.

(92) Arabinoses are important for the structure of certain plant cell walls.

(93) The vacuole can occupy a significant portion of the plant cell's volume.

(94) The plant cell undergoes photosynthesis to produce energy for the plant.

(95) The plant cell has chloroplasts that are responsible for photosynthesis.

(96) The plant cell has a periplasmic space that surrounds the cell membrane.

(97) Caryotins are crucial for maintaining the integrity of plant cell walls.

(98) Protoplasts can be used to study the mechanisms of plant cell expansion.

(99) Protoplasts can be used to study the mechanisms of plant cell signaling.

(100) The protoplasm of a plant cell contains chloroplasts for photosynthesis.

Sentence with word plant cell

(101) The plant cell undergoes exosmosis when placed in a hypertonic solution.

(102) The plant cell uses enzymes to dehydrogenate glucose during respiration.

(103) The stereomicroscope allowed me to observe the structure of a plant cell.

(104) The plant cell has lysosomes that contain enzymes for cellular digestion.

(105) Pectinesterases are often used as markers for plant cell wall remodeling.

(106) The cell-sap is stored in specialized compartments within the plant cell.

(107) The isolation of protoplasts is a common technique in plant cell biology.

(108) Protoplasts can be used to study the mechanisms of plant cell elongation.

(109) Protoplasts can be used to study the mechanisms of plant cell metabolism.

(110) The structure of the plant cell is different from that of an animal cell.

Sentence of plant cell

(111) The hemacytometer is used in agriculture for assessing plant cell density.

(112) Starch along with cellulose forms the main components of plant cell walls.

(113) The organic structure of a plant cell differs from that of an animal cell.

(114) Cellulose microfibrils are the most common type found in plant cell walls.

(115) Celluloses are a group of complex carbohydrates found in plant cell walls.

(116) The pectic layer of a plant cell is responsible for maintaining its shape.

(117) The uninucleate plant cell was able to photosynthesize and produce energy.

(118) The daughter cells of a plant cell division are separated by a cell plate.

(119) The number of chloroplasts in a plant cell can vary depending on its needs.

(120) The laticifer is a specialized plant cell responsible for latex production.

Plant Cell used in a sentence

(121) The plant cell contains various organelles that perform specific functions.

(122) The plant cell has a large central vacuole that stores water and nutrients.

(123) The plant cell has a secondary cell wall that provides additional strength.

(124) The plant cell has a protoplast that includes the cytoplasm and organelles.

(125) The biology professor explained the concept of spore inside the plant cell.

(126) The plant cell has mitochondria that produce energy for cellular activities.

(127) The plant cell has plasmodesmata that allow for communication between cells.

(128) Meristem cells have the potential to differentiate into any plant cell type.

(129) Caryotins have been shown to interact with other proteins in the plant cell.

(130) Caryotins are an important component of the plant cell's signaling pathways.

Plant Cell sentence in English

(131) The protoplast is a key component in the process of plant cell regeneration.

(132) The biology textbook explained the function of each segment of a plant cell.

(133) Wood sugar, also known as xylose, is a common component of plant cell walls.

(134) The cell-plate is a key target for researchers studying plant cell division.

(135) The plant cell is surrounded by a cell wall for added support and protection.

(136) The plant cell has a nucleus that contains the genetic material of the plant.

(137) The plant cell has a cell membrane that regulates the movement of substances.

(138) The occurrence of plasmolysis can be influenced by the age of the plant cell.

(139) The unipotent plant cell could only photosynthesize in the presence of light.

(140) Arabinose is a key component in the biosynthesis of certain plant cell walls.

(141) Protoplasts can be used to study the mechanisms of plant cell wall synthesis.

(142) Laccase can be used to degrade lignin, a major component of plant cell walls.

(143) The arrangement of microfibrils affects the permeability of plant cell walls.

(144) The teacher used a pneumonic to remember the different parts of a plant cell.

(145) The plant cell has a cytoskeleton that helps maintain cell shape and movement.

(146) The botanist used a microscope to trace the radius of the circular plant cell.

(147) The photomicrograph highlighted the intricate patterns of the plant cell wall.

(148) The tonoplast plays a role in the transport of hormones within the plant cell.

(149) Protoplasts can be used to study the mechanisms of plant cell differentiation.

(150) Hemicelluloses are a group of complex carbohydrates found in plant cell walls.

(151) The teacher asked the students to itemise the different parts of a plant cell.

(152) The turgor of a plant cell can be affected by the presence of certain hormones.

(153) The plant cell has a smooth endoplasmic reticulum that aids in lipid synthesis.

(154) The lignifying of plant cell walls provides mechanical strength and protection.

(155) The microfibril structure of the plant cell wall provides strength and support.

(156) The size and number of blepharoplasts vary depending on the type of plant cell.

(157) The size and shape of leucoplasts can vary depending on the type of plant cell.

(158) The accumulation of callose can affect the permeability of the plant cell wall.

(159) The sac in the plant cell is called the vacuole and stores water and nutrients.

(160) The loss of turgor in a plant cell can be a sign of water stress or dehydration.

(161) The plant cell has a rough endoplasmic reticulum that aids in protein synthesis.

(162) The pectic layer of a plant cell can be stained and observed under a microscope.

(163) The cellulosic structure of the plant cell wall provides support and protection.

(164) The plant cell has ribosomes that synthesize proteins for growth and development.

(165) The biology teacher used an anatomically-correct model of a plant cell for study.

(166) The molecular structure of a plant cell is different from that of an animal cell.

(167) The turgor of a plant cell can be maintained through the active transport of ions.

(168) The presence of leucoplasts in a plant cell indicates its ability to store energy.

(169) The students will construct a new model of a plant cell for their biology project.

(170) The sac inside a plant cell that stores water and nutrients is called the vacuole.

(171) The plant cell has microtubules and microfilaments that provide structural support.

(172) Cellulose is a polysaccharide that provides structural support in plant cell walls.

(173) The researcher discovered a new type of fascicles in the structure of a plant cell.

(174) The fibril network in the plant cell wall provides structural support and rigidity.

(175) The tonoplasts are essential for maintaining the turgor pressure of the plant cell.

(176) Grade 10 students used a diagram to illustrate the different parts of a plant cell.

(177) Cellulase is an essential enzyme for the breakdown of plant cell walls during decay.

(178) The number of leucoplasts in a plant cell can vary depending on its metabolic needs.

(179) The concentration of ribulose in a plant cell can affect the rate of photosynthesis.

(180) The ultrastructural imaging of the plant cell revealed the presence of chloroplasts.

(181) The function of amyloplast is interconnected with other organelles in the plant cell.

(182) The absence of leucoplasts in a plant cell can result in a lack of starch production.

(183) Callose is a polysaccharide that plays a crucial role in plant cell wall development.

(184) You should memorize on the names of the parts of a plant cell to learn about biology.

(185) The turgor of a plant cell is maintained by the balance between water uptake and loss.

(186) The discovery of plasmodesmata revolutionized our understanding of plant cell biology.

(187) Pectic substances are important for the formation and maintenance of plant cell walls.

(188) The study of cellulase has led to a better understanding of plant cell wall structure.

(189) Protoplasts are often used in research to study the mechanisms of plant cell division.

(190) The number of blepharoplasts in a plant cell can vary depending on the cell's function.

(191) The biology lab required students to identify the different components of a plant cell.

(192) The difference between a plant cell and an animal cell is their structure and function.

(193) Turgor is a term used to describe the pressure exerted by the fluid inside a plant cell.

(194) The plant cell has a tonoplast that regulates the movement of substances in the vacuole.

(195) Polysaccharides play a crucial role in providing structural support to plant cell walls.

(196) The strength and flexibility of plant cell walls are due to the presence of microfibrils.

(197) Plastids can differentiate into different types depending on the needs of the plant cell.

(198) The molecular structure of cellulose is responsible for the rigidity of plant cell walls.

(199) The presence of leucoplasts in a plant cell can be identified through staining techniques.

(200) The absence of leucoplasts in a plant cell can indicate a lack of energy storage capacity.

(201) The stereomicroscope provided a clear view of the delicate structures within a plant cell.

(202) The symplast is crucial for the maintenance of plant cell turgor and overall plant health.

(203) The presence of leucoplasts in a plant cell can be identified through electron microscopy.

(204) The elicitor molecule was found to activate a specific receptor in the plant cell membrane.

(205) The discovery of plasmodesmata revolutionized our understanding of plant cell communication.

(206) The number and size of leucoplasts in a plant cell can vary depending on its metabolic needs.

(207) The phenomenon of plasmolysis occurs when a plant cell loses water and the cytoplasm shrinks.

(208) The process of plasmolysis can be reversed by placing the plant cell in a hypotonic solution.

(209) The degradation of callose is an important step in the process of plant cell wall remodeling.

(210) The binucleate plant cell was studied extensively, and its unique properties were discovered.

(211) Pentoses can be obtained from hemicellulose, a complex carbohydrate found in plant cell walls.

(212) Hymenomycetes are capable of breaking down lignin, a complex polymer found in plant cell walls.

(213) The lignocellulosic composition of plant cell walls provides structural support and protection.

(214) The biolyses of hemicellulose by hemicellulase enzyme aids in the digestion of plant cell walls.

(215) The tonoplast is essential for maintaining the overall structure and integrity of the plant cell.

(216) Pectinase is an enzyme that breaks down pectin, a complex carbohydrate found in plant cell walls.

(217) Microfibrils are essential components of plant cell walls, and they provide strength and support.

(218) The size and shape of amyloplasts can vary depending on the type of plant cell they are found in.

(219) Ascomycetes are involved in the degradation of lignin, an important component of plant cell walls.

(220) The number of leucoplasts in a plant cell can increase or decrease depending on the plant's needs.

(221) The formation of a cell plate is a membrane-forming process that occurs during plant cell division.

(222) The biology lab required us to observe the convex shape of a plant cell against a microscope slide.

(223) The protoplasmic structure of the plant cell was found to be different from that of the animal cell.

(224) Xylose is an important component of hemicellulose, a complex carbohydrate found in plant cell walls.

(225) The appressorium secretes enzymes that break down the plant cell wall and allow the fungus to enter.

(226) The turgor of a plant cell can be affected by environmental factors such as temperature and humidity.

(227) The turgor of a plant cell can be influenced by the osmotic potential of the surrounding environment.

(228) The phragmoplast is a fascinating example of the intricate mechanisms that govern plant cell division.

(229) The turgor pressure in a plant cell is essential for supporting its structure and maintaining rigidity.

(230) The intermolecular forces between the cellulose molecules link fibrous chains to form plant cell walls.

(231) The turgor of a plant cell can be measured using a pressure probe or by observing changes in cell shape.

(232) The turgor of a plant cell can be restored by rehydrating the plant or providing it with adequate water.

(233) The turgor of a plant cell can be influenced by the concentration of solutes inside and outside the cell.

(234) When studying a plant cell, it's important to magnify around the chloroplasts to understand their function.

(235) Glycosidase enzymes play a crucial role in the breakdown of plant cell walls during digestion by herbivores.

(236) The size and number of leucoplasts in a plant cell can vary depending on the type of tissue and its function.

(237) The hydrolysis of cellulose, a complex carbohydrate found in plant cell walls, is a key step in this process.

(238) The researcher used a record electrode to measure the electrical activity of a plant cell during photosynthesis.

(239) Amyloplasts are often used as markers in plant cell biology studies due to their distinct morphology and function.

(240) The process of plasmolysis can be observed under a microscope when a plant cell is placed in a hypertonic solution.

(241) The biology teacher instructed the class to look through the microscope and identify the different parts of a plant cell.

(242) The number of chloroplasts in a plant cell can increase or decrease depending on the plant's growth and energy requirements.

(243) Robert Brown's observations of plant cell movement under the microscope provided evidence for the existence of cytoplasmic streaming.

(244) When a plant cell is placed in a hypertonic solution, water will move out of the cell by osmosis, causing the cell to shrink and wilt.

(245) The T-DNA transfer process of Agrobacterium tumefaciens involves the formation of a transfer complex between the bacterium and the plant cell.

(246) When a plant cell is placed in a hypertonic solution, the water moves out of the cell through osmosis, causing the cell to shrink and lose its turgor pressure, which can affect the plant's growth and survival.

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