Use "Active Transport" in a sentence | "Active Transport" sentence examples
Active transport is a term used in biology to describe the movement of molecules or ions across a cell membrane from an area of lower concentration to an area of higher concentration, against the concentration gradient. This process requires energy in the form of ATP (adenosine triphosphate) and is carried out by specific proteins called transporters or pumps. If you are writing a scientific paper or report, it is important to use the term "active transport" correctly and in the appropriate context. Here are some tips for using this term effectively in your writing:
1. Define the term: Before using the term "active transport" in your writing, make sure you understand what it means. Provide a clear definition of the term in your introduction or in a glossary if you are writing a longer document.
2. Use the term in context: When using the term "active transport" in a sentence, make sure it is clear what you are referring to. Use the term in the context of the specific process or mechanism you are discussing.
3. Use examples: To help illustrate the concept of active transport, provide examples of specific molecules or ions that are transported using this process.
For example, you could discuss the transport of glucose or sodium ions across a cell membrane.
4. Avoid confusion with passive transport: Be careful not to confuse active transport with passive transport, which is the movement of molecules or ions across a cell membrane from an area of higher concentration to an area of lower concentration, without the use of energy. Make sure you use the correct term depending on the process you are describing.
5. Use appropriate language: When discussing active transport, use appropriate scientific language and terminology. Avoid using colloquial or informal language that may be confusing or unclear.
6. Provide context: When discussing active transport, provide context for why this process is important. Discuss the role of active transport in maintaining cellular homeostasis or in specific physiological processes.
7. Use visuals: To help illustrate the concept of active transport, use diagrams or other visual aids to show the movement of molecules or ions across a cell membrane. This can help make the process easier to understand for readers who may not be familiar with the terminology. By following these tips, you can effectively use the term "active transport" in your writing and help your readers understand the concept and its importance in biology.
In the remaining portion of this article, additional example sentences are presented to demonstrate the usage of the term "Active Transport" within sentences.
"Active Transport"
(1) In active transport
(2) Active transport requires energy to work.
(3) Cells use active transport to get rid of waste.
(4) Active transport is a process that requires energy.
(5) The carrier protein is involved in active transport.
(6) Active transport helps move nutrients into our cells.
(7) Our muscles use active transport to move and contract.
(8) Active transport helps move things in and out of cells.
(9) Active transport is like a magnet that attracts things.
(10) Active transport is like a vacuum that sucks things up.
Sentence For "Active Transport"
(11) Our bodies use active transport to keep things balanced.
(12) Active transport is like a superhero that saves the day.
(13) Active transport is a very important process in biology.
(14) Cells use active transport to grow and repair themselves.
(15) Active transport is like a door that needs a key to open.
(16) Active transport is like a crane that lifts heavy things.
(17) The process of endocytosis is a form of active transport.
(18) The process of endocytosis is a type of active transport.
(19) Cells use active transport to communicate with each other.
(20) Active transport is used by cells to maintain homeostasis.
"Active Transport" In A Sentence
(21) Active transport is used by cells to remove waste products.
(22) Our bodies use active transport to get nutrients from food.
(23) Active transport is like a bridge that connects two places.
(24) Active transport is like a seesaw that balances things out.
(25) The sodium-potassium pump is an example of active transport.
(26) Active transport is a process that happens inside our cells.
(27) Active transport is important for keeping our bodies healthy.
(28) Our bodies use active transport to keep us alive and healthy.
(29) Active transport is like a pump that moves things in and out.
(30) Active transport is a process that occurs in all living cells.
"Active Transport" Sentence
(31) The process of exocytosis is another form of active transport.
(32) Active transport is necessary for the uptake of iron in cells.
(33) The process of exocytosis is another type of active transport.
(34) Active transport is a way for our body to maintain homeostasis.
(35) Active transport is like a rollercoaster that goes up and down.
(36) Active transport is like a little engine that powers our cells.
(37) Active transport is important for the functioning of the heart.
(38) Active transport is necessary for the functioning of the heart.
(39) The process of pinocytosis is another form of active transport.
(40) The process of pinocytosis is another type of active transport.
"Active Transport" Sentence Examples
(41) The ion pump is a key player in the process of active transport.
(42) Active transport is important for our body to function properly.
(43) Active transport is a process that happens in all living things.
(44) Active transport is a process that occurs across cell membranes.
(45) Our brain uses active transport to send messages between neurons.
(46) Active transport is like a conveyor belt that moves things along.
(47) Active transport is essential for the survival of many organisms.
(48) The process of exocytosis is another example of active transport.
(49) Active transport is important for the functioning of nerve cells.
(50) Active transport is important for the functioning of the kidneys.
Sentence With "Active Transport"
(51) Active transport is necessary for the functioning of nerve cells.
(52) Active transport is necessary for the functioning of the kidneys.
(53) Active transport is essential for the functioning of nerve cells.
(54) Active transport is necessary for the uptake of glucose by cells.
(55) Our heart uses active transport to pump blood throughout our body.
(56) Our kidneys use active transport to filter waste out of our blood.
(57) Cells use active transport to get the things they need to survive.
(58) Active transport is like a conveyor belt that moves things around.
(59) Our bodies use active transport to fight off germs and infections.
(60) Active transport is important for our bodies to function properly.
Use "Active Transport" In A Sentence
(61) Active transport is like a swing that moves things back and forth.
(62) Active transport is necessary for the uptake of vitamins in cells.
(63) Active transport is necessary for the uptake of vitamins by cells.
(64) Passive transport is a slower process compared to active transport.
(65) Our lungs use active transport to move oxygen into our bloodstream.
(66) Active transport is like a superhero that helps cells do their job.
(67) Active transport is like a moving truck that carries things around.
(68) Active transport is like a little doctor that helps our cells heal.
(69) Active transport is responsible for the uptake of glucose in cells.
(70) Active transport is important for the regulation of blood pressure.
Sentence Using "Active Transport"
(71) Active transport is used by cells to maintain the proper pH balance.
(72) The cell membrane uses active transport to transport potassium ions.
(73) Active transport is a process that helps our cells grow and develop.
(74) Active transport is essential for the uptake of nutrients in plants.
(75) Active transport is necessary for the uptake of ions in plant roots.
(76) Active transport is a crucial mechanism for nutrient uptake in cells.
(77) Active transport is important for the transmission of nerve impulses.
(78) Active transport is crucial for the functioning of the immune system.
(79) Active transport is necessary for the uptake of water in plant roots.
(80) Active transport is required for the movement of ions in nerve cells.
Sentences With "Active Transport"
(81) ATP is required for active transport processes across cell membranes.
(82) Active transport is a process that helps our bodies grow and develop.
(83) Active transport is used by plants to absorb nutrients from the soil.
(84) Active transport is a process that requires the use of ATP molecules.
(85) Active transport is necessary for the uptake of amino acids in cells.
(86) The sodium-potassium pump is an example of active transport in cells.
(87) Active transport is necessary for the uptake of amino acids by cells.
(88) ATP is involved in the active transport of ions across cell membranes.
(89) Active transport is necessary for the uptake of calcium in bone cells.
(90) Active transport is like a secret code that only cells can understand.
Sentence Of "Active Transport"
(91) Active transport is like a slide that moves things from top to bottom.
(92) Active transport is a process that helps cells move things in and out.
(93) Active transport is used by our immune system to fight off infections.
(94) The transport of ions in the kidney is an example of active transport.
(95) Active transport is a key process in the regulation of blood pressure.
(96) Active transport is essential for maintaining homeostasis in the body.
(97) Active transport is like a bus that takes things where they need to go.
(98) Active transport is like a little gardener that helps our cells thrive.
(99) Active transport is important for the survival of all living organisms.
(100) Active transport is responsible for the movement of glucose into cells.
"Active Transport" Sentences
(101) Active transport is essential for the functioning of the immune system.
(102) Active transport is important for the functioning of the immune system.
(103) Active transport is a vital process for the functioning of nerve cells.
(104) Active transport is a mechanism that is used by cells to remove toxins.
(105) Active transport is important for the uptake of iron in red blood cells.
(106) If active transport fails, the cell may not receive essential nutrients.
(107) Plants use active transport to absorb water and nutrients from the soil.
(108) Active transport is a process that helps maintain balance in our bodies.
(109) Our body uses active transport to absorb nutrients from the food we eat.
(110) Active transport is necessary for the functioning of our nervous system.
"Active Transport" Use In Sentence
(111) Active transport is a topic that is studied in biology and biochemistry.
(112) ATP is used in active transport to move molecules across cell membranes.
(113) Nitrogen is absorbed by plants through a process called active transport.
(114) Active transport is used by cells to maintain the proper balance of ions.
(115) ATPase is involved in the active transport of ions across cell membranes.
(116) Active transport is like a pump that moves things across a cell membrane.
(117) Active transport is a complex process that scientists are still studying.
(118) The sodium-potassium pump is an example of active transport in our cells.
(119) Active transport is like a tiny worker that helps our cells do their job.
(120) Active transport is a process that helps our cells repair and regenerate.
Sentence On "Active Transport"
(121) Active transport is a process that occurs in both animal and plant cells.
(122) Active transport is important for the growth and development of our body.
(123) Active transport is used by cells to remove waste products from the body.
(124) Active transport is used by cells to maintain the pH balance of the body.
(125) Active transport is used by cells to remove toxins and foreign substances.
(126) Active transport is essential for the functioning of the digestive system.
(127) Active transport is crucial for the functioning of the respiratory system.
(128) The semipermeable membrane is involved in the process of active transport.
(129) Our body uses active transport to maintain a balance of ions in our cells.
(130) Without active transport, our cells wouldn't be able to function properly.
"Active Transport" Example
(131) Active transport is like a tiny machine that helps our cells stay healthy.
(132) Active transport is a process that helps our cells stay alive and healthy.
(133) Active transport is a process that helps our cells maintain their balance.
(134) Active transport is a key process in the functioning of our immune system.
(135) Active transport is important for the functioning of the digestive system.
(136) The process of pinocytosis involves active transport of fluids into cells.
(137) Active transport is necessary for the functioning of the digestive system.
(138) Active transport is necessary for the reabsorption of water in the kidneys.
(139) Active transport is like a bridge that connects cells to the outside world.
(140) Active transport is like a delivery person that brings things to your door.
"Active Transport" In Sentence
(141) Active transport is a process that helps our cells stay strong and healthy.
(142) Active transport is a process that occurs in the mitochondria of our cells.
(143) Active transport is used by our lungs to exchange gases during respiration.
(144) Active transport is necessary for the removal of waste products from cells.
(145) Active transport is important for the regulation of water balance in cells.
(146) Active transport is responsible for the uptake of glucose in the intestines.
(147) Active transport is responsible for the uptake of nutrients in the placenta.
(148) ATPase is involved in the active transport of ions across the cell membrane.
(149) Active transport is like a magic wand that makes things happen inside cells.
(150) Active transport is a process that helps move things across a cell membrane.
"Active Transport" Sentences In English
(151) Active transport is a process that helps our bodies stay healthy and strong.
(152) Active transport is a key process in the absorption of water by plant roots.
(153) The sodium-potassium pump is an example of active transport in animal cells.
(154) Active transport is important for the functioning of the circulatory system.
(155) Active transport is used by cells to maintain a stable internal environment.
(156) Adenosine triphosphate is involved in active transport across cell membranes.
(157) Our digestive system uses active transport to absorb nutrients from our food.
(158) Active transport is like a superhero that helps our cells get what they need.
(159) Active transport is important for the maintenance of homeostasis in the body.
(160) Active transport is necessary for cells to maintain a concentration gradient.
Make Sentence With "Active Transport"
(161) Active transport is a process that occurs against the concentration gradient.
(162) The process of pinocytosis is another type of active transport used by cells.
(163) ATPase is involved in the active transport of molecules across cell membranes.
(164) Active transport is involved in the uptake of essential vitamins and minerals.
(165) Active transport is involved in the transport of hormones throughout the body.
(166) Enterocytes have a high energy demand due to their active transport processes.
(167) If active transport is blocked, waste products may accumulate within the cell.
(168) Our body uses active transport to move nutrients from our food into our cells.
(169) Active transport is a process that occurs in the Golgi apparatus of our cells.
(170) The process of exocytosis involves active transport of molecules out of cells.
Sentences Using "Active Transport"
(171) Active transport is used by cells to maintain the osmotic balance of the body.
(172) Active transport is used by cells to maintain a balance of ions and molecules.
(173) Active transport is involved in the transport of ions across the cell membrane.
(174) Active transport is like a door that opens and closes to let things in and out.
(175) Active transport is a process that helps our cells communicate with each other.
(176) Active transport is important for maintaining the balance of ions in our cells.
(177) Active transport is important for the removal of waste products from our cells.
(178) Active transport is essential for the proper functioning of our nervous system.
(179) The process of phagocytosis is a type of active transport used by immune cells.
(180) The movement of calcium ions in muscle cells is an example of active transport.
Sentence From "Active Transport"
(181) The movement of glucose molecules into cells is an example of active transport.
(182) If active transport is absent, the cell may not be able to expel harmful toxins.
(183) Active transport is different from passive transport because it requires energy.
(184) Active transport is used by our kidneys to filter waste products from our blood.
(185) Active transport is a process that can be disrupted by certain drugs and toxins.
(186) The movement of calcium ions in muscle cells is facilitated by active transport.
(187) The transport of glucose molecules into cells is an example of active transport.
(188) The movement of ions across the cell membrane is an example of active transport.
(189) The movement of ions across the gills of fish is an example of active transport.
(190) The cell uses active transport to pump ions against their concentration gradient.
(191) Active transport is responsible for the uptake of neurotransmitters in the brain.
(192) Active transport is like a traffic cop that directs things where they need to go.
(193) Active transport is like a puzzle that cells have to solve to get what they need.
(194) The movement of ions in the cochlea of the ear is an example of active transport.
(195) Active transport is a key mechanism for the removal of waste products from cells.
(196) The turgor of a plant cell can be maintained through the active transport of ions.
(197) Nitrogen is absorbed by the plant roots through a process called active transport.
(198) Cells use active transport to move molecules against their concentration gradient.
(199) Active transport is a key mechanism for the transport of oxygen in red blood cells.
(200) Active transport is a way for our cells to get things done quickly and efficiently.
(201) Active transport is necessary for the absorption of glucose in the small intestine.
(202) The process of endocytosis involves active transport of large molecules into cells.
(203) The movement of iron ions in the small intestine is an example of active transport.
(204) Without active transport, our cells wouldn't be able to get the nutrients they need.
(205) Active transport is like a little worker that helps move things around in our cells.
(206) Active transport is used by our cells to maintain the pH balance of our body fluids.
(207) Active transport is a process that occurs in the endoplasmic reticulum of our cells.
(208) Active transport is a process that can be affected by changes in temperature and pH.
(209) Active transport is a fascinating topic that helps us understand how our body works.
(210) The process of phagocytosis is a type of active transport used by white blood cells.
(211) The process of transcytosis is a type of active transport used by cells in the body.
(212) The cuboidal cell is typically found in areas where active transport processes occur.
(213) Active transport is like a gatekeeper that decides what can come in and out of cells.
(214) Active transport requires energy to move things against their concentration gradient.
(215) Active transport is a way for cells to move large molecules across the cell membrane.
(216) Active transport is necessary for the absorption of nutrients in the small intestine.
(217) Active transport is important for the absorption of nutrients in the small intestine.
(218) The process of active transport is how molecules move from low to high concentration.
(219) Active transport is important for keeping our bodies healthy and functioning properly.
(220) Active transport is like a little pump that helps move things in and out of our cells.
Short & Simple Example Sentence For "Active Transport" | "Active Transport" Sentence
(221) Active transport is used by our muscles to move ions and molecules during contraction.
(222) Active transport is a type of transport that is used by cells to move large molecules.
(223) Active transport is a process that is used by cells to maintain the proper pH balance.
(224) The ion pump is a type of active transport mechanism that requires energy to function.
(225) Active transport is a highly regulated process that requires specific carrier proteins.
(226) Active transport is necessary for the absorption of amino acids in the small intestine.
(227) Active transport is like a little helper that makes sure our cells have what they need.
(228) If active transport is absent, the lung cell may not be able to properly exchange gases.
(229) If active transport is blocked, the neuron may not be able to transmit signals properly.
(230) Active transport is a complex process that involves many different proteins and enzymes.
(231) Active transport is required for the movement of sperm in the female reproductive system.
(232) If active transport is absent, the bone cell may not be able to properly deposit calcium.
(233) Active transport is like a door that opens and closes to let things in and out of a cell.
(234) Active transport is a way for our body to move things against the concentration gradient.
(235) Plants use active transport to move water and nutrients from their roots to their leaves.
(236) Active transport is like a little engine that helps move things across the cell membrane.
(237) Active transport is like a little transporter that helps move things around in our cells.
(238) The process of pinocytosis is a type of active transport used by cells to take in fluids.
(239) Active transport is used by cells to move molecules against their concentration gradient.
(240) The process of phagocytosis involves active transport of large particles by immune cells.
How Do You Write A Good Sentence With "Active Transport"?
(241) The movement of water molecules across a cell membrane is an example of active transport.
(242) Active transport is an energy-consuming process that allows cells to maintain homeostasis.
(243) If active transport is disrupted, the muscle cell may not be able to contract effectively.
(244) Our immune system uses active transport to move white blood cells to fight off infections.
(245) Active transport is like a pump that moves molecules against their concentration gradient.
(246) Active transport is a process that is regulated by hormones and other signaling molecules.
(247) Active transport is necessary for the maintenance of ion concentration gradients in cells.
(248) Active transport is essential for the maintenance of ion concentration gradients in cells.
(249) Active transport is essential for maintaining the concentration gradient of ions in cells.
(250) Nitrogen is delivered to the cells of living organisms through active transport mechanisms.
(251) If active transport is disrupted, the cell may not be able to maintain its proper pH level.
(252) Active transport is like a little messenger that helps our cells send and receive messages.
(253) Active transport is a way for cells to move molecules against their concentration gradient.
(254) The process of transcytosis involves active transport of molecules across epithelial cells.
(255) Active transport is a process that requires energy to move molecules across a cell membrane.
(256) Without active transport, our cells wouldn't be able to get the things they need to survive.
(257) Active transport is necessary for the movement of ions across the membranes of muscle cells.
(258) Active transport is a process that is carried out by specific proteins in the cell membrane.
(259) Active transport is a process that is used by cells to maintain the proper balance of water.
(260) If active transport is blocked, the liver cell may not be able to properly break down toxins.
English Sentences With Audio Using The Word "Active Transport".
(261) Active transport is like a little messenger that helps deliver important things to our cells.
(262) Without active transport, our cells would not be able to maintain their internal environment.
(263) The movement of amino acids across the blood-brain barrier is an example of active transport.
(264) If active transport is insufficient, the muscle cell may not be able to properly generate ATP.
(265) The movement of amino acids across the intestinal membrane is facilitated by active transport.
(266) The energy stored in adenosine triphosphate is used for active transport across cell membranes.
(267) The movement of neurotransmitters across the synaptic cleft is facilitated by active transport.
(268) If active transport is blocked, the skin cell may not be able to properly secrete oil and sweat.
(269) Active transport is like a little gatekeeper that decides what can come in and out of our cells.
(270) Active transport is essential for maintaining the balance of ions inside and outside of the cell.
(271) If active transport is insufficient, the cell may not be able to maintain its proper ion balance.
(272) If active transport is limited, the cell may not be able to properly respond to external stimuli.
(273) Active transport is a process that is used by cells to maintain the proper concentration of ions.
(274) The movement of hydrogen ions across the mitochondrial membrane is an example of active transport.
(275) The columnar cell is capable of active transport to move nutrients against concentration gradients.
(276) Nitrogen transport in plants is an energy-intensive process that requires ATP for active transport.
(277) If active transport is insufficient, the adrenal cell may not be able to properly secrete hormones.
(278) The process of endocytosis is an example of active transport in which cells engulf large molecules.
(279) The process of exocytosis is an example of active transport in which cells release large molecules.
(280) If active transport is blocked, the bone cell may not be able to properly remodel and repair itself.
How To Use "Active Transport" With Example Sentences.
(281) If active transport is compromised, the cell may not be able to properly regulate its water content.
(282) If active transport is impaired, the cell may not be able to properly maintain its osmotic pressure.
(283) If active transport is inhibited, the cell may not be able to properly communicate with other cells.
(284) If active transport is inhibited, the kidney cell may not be able to properly filter waste products.
(285) If active transport is absent, the reproductive cell may not be able to properly mature and function.
(286) If active transport is limited, the sperm cell may not be able to properly move and fertilize an egg.
(287) If active transport mechanisms malfunction, the cell may not be able to properly synthesize proteins.
(288) Active transport is a type of cellular transport that moves molecules from low to high concentration.
(289) If active transport is compromised, the fat cell may not be able to properly store and release energy.
(290) If active transport is insufficient, the intestinal cell may not be able to properly absorb nutrients.
(291) If the cell needs to remove waste products, active transport may be used to move them out of the cell.
(292) If active transport is absent, the muscle cell may not be able to properly contract and generate force.
(293) The process of vesicular transport is a type of active transport used by cells to move large molecules.
(294) The process of ion channels is a type of active transport used by cells to move ions across a membrane.
(295) The basipetal flow of nutrients in plants is driven by osmotic pressure and active transport mechanisms.
(296) If active transport is impaired, the liver cell may not be able to properly detoxify harmful substances.
(297) If active transport is inhibited, the thyroid cell may not be able to properly produce thyroid hormones.
(298) If active transport mechanisms malfunction, the blood cell may not be able to properly transport oxygen.
(299) If active transport is absent, the nerve cell may not be able to properly maintain its resting potential.
(300) If active transport is compromised, the bone cell may not be able to properly repair itself after injury.
(301) If active transport is compromised, the heart cell may not be able to properly regulate its contractions.
(302) Adenosine triphosphate is used as an energy source for the active transport of ions across cell membranes.
(303) If active transport is disrupted, the taste bud cell may not be able to properly detect different flavors.
(304) If active transport is inhibited, the brain cell may not be able to properly transmit and process signals.
(305) If active transport is limited, the immune cell may not be able to properly recognize and fight pathogens.
(306) If the cell needs to absorb nutrients from the environment, active transport may be used to bring them in.
(307) Active transport is a process that is used by cells to transport molecules across the blood-brain barrier.
(308) If active transport is disrupted, the kidney cell may not be able to properly reabsorb essential nutrients.
(309) If active transport mechanisms malfunction, the platelet cell may not be able to properly form blood clots.
(310) The process of exocytosis involves active transport, and it allows cells to secrete molecules or particles.
(311) If active transport is blocked, the gallbladder cell may not be able to properly secrete bile for digestion.
(312) If active transport is disrupted, the pancreatic cell may not be able to properly secrete digestive enzymes.
(313) If active transport is insufficient, the olfactory cell may not be able to properly detect different scents.
(314) If the cell needs to transport molecules against their concentration gradient, active transport may be used.
(315) The process of pinocytosis is an example of active transport in which cells take in small droplets of fluid.
(316) The calcium pump is an example of active transport, and it is involved in muscle contraction and relaxation.
(317) ATP is used to power the process of active transport, but it is also involved in the process of endocytosis.
(318) If active transport is impaired, the pancreatic cell may not be able to properly regulate blood sugar levels.
(319) Active transport is a process that requires energy, and it is essential for maintaining cellular homeostasis.
(320) The transport of calcium from the intestines to the bloodstream is facilitated by active transport mechanisms.
(321) If active transport is impaired, the eye cell may not be able to properly adjust its focus and perceive depth.
(322) If active transport is inhibited, the hair cell may not be able to properly transmit sound waves to the brain.
(323) If the cell needs to take up large molecules, such as proteins, active transport may be used to bring them in.
(324) The process of cotransport is a type of active transport used by cells to move two molecules at the same time.
(325) If active transport is absent, the bone cell may not be able to properly form and maintain the skeletal system.
(326) If active transport is blocked, the digestive cell may not be able to properly break down and absorb nutrients.
(327) If active transport is impaired, the eye cell may not be able to properly transmit visual signals to the brain.
(328) If active transport is inhibited, the thyroid cell may not be able to properly regulate growth and development.
(329) If active transport is insufficient, the liver cell may not be able to properly produce bile for fat digestion.
(330) If active transport is limited, the bone cell may not be able to properly regulate calcium levels in the blood.
(331) If the cell needs to maintain a certain level of oxygen, active transport may be used to move it into the cell.
(332) The process of symport is a type of active transport used by cells to move two molecules in the same direction.
(333) The proton pump is an example of active transport, and it is responsible for maintaining the pH of the stomach.
(334) If active transport is blocked, the ear cell may not be able to properly transmit auditory signals to the brain.
(335) If active transport is compromised, the skin cell may not be able to properly heal wounds and prevent infection.
(336) If active transport is impaired, the heart cell may not be able to properly respond to changes in oxygen demand.
(337) If active transport is impaired, the lung cell may not be able to properly remove carbon dioxide from the blood.
(338) If active transport is inhibited, the immune cell may not be able to properly recognize and attack cancer cells.
(339) If the cell needs to maintain a certain level of glucose, active transport may be used to move it into the cell.
(340) If the cell needs to remove excess ions or molecules, active transport may be used to move them out of the cell.
(341) The process of transcytosis is a type of active transport used by cells to transport molecules across a barrier.
(342) Active transport is important for the uptake of glucose by cells, and it is facilitated by glucose transporters.
(343) If active transport is absent, the lymph cell may not be able to properly circulate through the lymphatic system.
(344) The process of antiport is a type of active transport used by cells to move two molecules in opposite directions.
(345) The process of ion channels is an example of active transport in which cells allow specific ions to pass through.
(346) If active transport is compromised, the muscle cell may not be able to properly recover and repair after exercise.
(347) If active transport is compromised, the white blood cell may not be able to properly attack and destroy pathogens.
(348) If active transport is inhibited, the brain cell may not be able to properly regulate appetite and energy balance.
(349) If active transport is limited, the fat cell may not be able to properly store and release fatty acids for energy.
(350) The process of endocytosis involves active transport, and it allows cells to take in large molecules or particles.
(351) The process of phagocytosis involves active transport, and it allows cells to engulf and digest foreign particles.
(352) If active transport is impaired, the heart cell may not be able to properly regulate its rhythm and blood pressure.
(353) If active transport is limited, the nerve cell may not be able to properly transmit signals for sensory perception.
(354) If the cell needs to maintain a certain level of toxins, active transport may be used to move them out of the cell.
(355) If active transport is blocked, the digestive cell may not be able to properly absorb fats and fat-soluble vitamins.
(356) If active transport is compromised, the liver cell may not be able to properly store and release glucose for energy.
(357) If active transport is inhibited, the immune cell may not be able to properly recognize and attack viral infections.
(358) If active transport is limited, the fat cell may not be able to properly release adipokines and regulate metabolism.
(359) If the cell needs to maintain a certain level of nutrients, active transport may be used to move them into the cell.
(360) The process of vesicular transport is an example of active transport in which cells transport molecules in vesicles.
(361) The process of pinocytosis involves active transport, and it allows cells to take in fluids and dissolved molecules.
(362) Active transport is necessary for the reabsorption of ions and water in the kidneys, and it is regulated by hormones.
(363) If active transport is absent, the reproductive cell may not be able to properly fertilize and create a viable embryo.
(364) If active transport is limited, the red blood cell may not be able to properly transport oxygen to the body's tissues.
(365) The process of receptor-mediated endocytosis is a type of active transport used by cells to take in specific molecules.
(366) If active transport is disrupted, the lung cell may not be able to properly produce surfactant to prevent lung collapse.
(367) If the cell needs to maintain a certain level of water, active transport may be used to move it into or out of the cell.
(368) If the cell needs to maintain its internal pH, active transport may be used to move hydrogen ions in or out of the cell.
(369) If there is a high concentration of solute outside the cell, active transport may be necessary to move molecules inside.
(370) The process of phagocytosis is an example of active transport in which cells engulf bacteria or other foreign particles.
(371) If active transport is disrupted, the adrenal cell may not be able to properly respond to stress and regulate metabolism.
(372) If active transport is insufficient, the adrenal cell may not be able to properly regulate the body's response to stress.
(373) If active transport mechanisms malfunction, the nerve cell may not be able to properly transmit signals through the axon.
(374) If the cell needs to export large molecules, such as hormones, active transport may be used to move them out of the cell.
(375) If the cell needs to maintain a certain level of sodium, active transport may be used to move it into or out of the cell.
(376) The process of ion pumps is an example of active transport in which cells move ions against their concentration gradient.
(377) If the cell needs to maintain a certain level of calcium, active transport may be used to move it into or out of the cell.
(378) If the cell needs to maintain a certain level of drugs, active transport may be used to move them into or out of the cell.
(379) If the cell needs to maintain a certain level of gases, active transport may be used to move them into or out of the cell.
(380) Active transport is important for the excretion of waste products from cells, and it is facilitated by transport proteins.
(381) If active transport is insufficient, the thyroid cell may not be able to properly regulate metabolism and body temperature.
(382) If the cell needs to maintain a certain level of chloride, active transport may be used to move it into or out of the cell.
(383) If the cell needs to maintain a certain level of lipids, active transport may be used to move them into or out of the cell.
(384) If the cell needs to maintain a certain level of waste products, active transport may be used to move them out of the cell.
(385) The process of transcytosis is an example of active transport in which cells transport molecules across multiple membranes.
(386) Active transport, which requires energy, is the process by which cells move molecules against their concentration gradient.
(387) If active transport is insufficient, the liver cell may not be able to properly detoxify drugs and other foreign substances.
(388) If the cell membrane is impermeable to certain molecules, active transport may be needed to move them in or out of the cell.
(389) If the cell needs to maintain a certain level of enzymes, active transport may be used to move them into or out of the cell.
(390) If the cell needs to maintain a certain level of phosphate, active transport may be used to move it into or out of the cell.
(391) If the cell needs to maintain a certain level of potassium, active transport may be used to move it into or out of the cell.
(392) The process of transcytosis involves active transport, and it allows molecules to be transported across epithelial barriers.
(393) Active transport is often used by cells to move nutrients, such as glucose, into the cell where they can be used for energy.
(394) If the cell needs to maintain a certain level of antigens, active transport may be used to move them into or out of the cell.
(395) If the cell needs to maintain a certain level of hormones, active transport may be used to move them into or out of the cell.
(396) If the cell needs to maintain a certain level of minerals, active transport may be used to move them into or out of the cell.
(397) If the cell needs to maintain a certain level of vitamins, active transport may be used to move them into or out of the cell.
(398) If the cell needs to maintain its electrical charge, active transport may be used to move charged ions in or out of the cell.
(399) Active transport is used to transport amino acids across cell membranes, and this process is important for protein synthesis.
(400) If active transport is disrupted, the brain cell may not be able to properly communicate with other neurons and form memories.
(401) If active transport is impaired, the skin cell may not be able to properly regulate body temperature through sweat production.
(402) If the cell needs to maintain a certain level of bicarbonate, active transport may be used to move it into or out of the cell.
(403) If the cell needs to maintain a certain level of essential compounds, active transport may be used to move them into the cell.
(404) If the cell needs to maintain its membrane potential, active transport may be used to move charged ions in or out of the cell.
(405) Ifthe cell needs to regulate its osmotic pressure, active transport may be used to move water molecules in or out of the cell.
(406) If active transport is blocked, the lymph cell may not be able to properly remove excess fluid and waste products from tissues.
(407) If active transport mechanisms malfunction, the skin cell may not be able to properly produce collagen and maintain elasticity.
(408) If the cell needs to maintain a certain level of antibodies, active transport may be used to move them into or out of the cell.
(409) If the cell needs to maintain its cytoskeleton, active transport may be used to move structural proteins in or out of the cell.
(410) The sodium-calcium exchanger is an example of active transport, and it plays a role in regulating intracellular calcium levels.
(411) Active transport is important for the uptake of vitamins and minerals by cells, and it is facilitated by specific transporters.
(412) If active transport is disrupted, the blood vessel cell may not be able to properly dilate and constrict to regulate blood flow.
(413) If active transport is disrupted, the lung cell may not be able to properly maintain its elasticity and expand during breathing.
(414) If the cell needs to maintain a certain level of amino acids, active transport may be used to move them into or out of the cell.
(415) If the cell needs to maintain a certain level of nucleotides, active transport may be used to move them into or out of the cell.
(416) The sodium-potassium pump is an example of active transport, and it helps to maintain the resting membrane potential of neurons.
(417) Active transport is necessary for the absorption of nutrients in the small intestine, and it is facilitated by carrier proteins.
(418) The endodermis is a site of active transport, where ions and other molecules are selectively absorbed or excluded from the root.
(419) If active transport is compromised, the lung cell may not be able to properly clear mucus and foreign particles from the airways.
(420) If active transport mechanisms malfunction, the reproductive cell may not be able to properly divide and create viable offspring.
(421) If the cell needs to respond to changes in its environment, active transport may be used to move molecules in or out of the cell.
(422) If active transport mechanisms malfunction, the egg cell may not be able to properly transport nutrients to the developing embryo.
(423) If active transport is insufficient, the intestinal cell may not be able to properly secrete digestive enzymes and break down food.
(424) If active transport is limited, the kidney cell may not be able to properly excrete waste products and regulate electrolyte balance.
(425) If the cell needs to maintain a certain level of non-essential compounds, active transport may be used to move them out of the cell.
(426) If the cell needs to regulate its gene expression, active transport may be used to move transcription factors in or out of the cell.
(427) If active transport mechanisms malfunction, the immune cell may not be able to properly differentiate between self and non-self cells.
(428) If the cell needs to maintain a certain level of neurotransmitters, active transport may be used to move them into or out of the cell.
(429) If active transport mechanisms malfunction, the skin cell may not be able to properly produce melanin and protect against UV radiation.
(430) If the cell needs to maintain its extracellular matrix, active transport may be used to move structural proteins in or out of the cell.
(431) If the cell needs to transport molecules through specialized structures, such as the blood-brain barrier, active transport may be used.
(432) Active transport is used to move ions against their concentration gradient, and this process is crucial for nerve impulse transmission.
(433) If the cell needs to maintain a certain balance of ions, active transport may be used to move them against their concentration gradient.
(434) The process of phagocytosis, which is a type of active transport, allows cells to engulf and digest large particles or even other cells.
(435) If active transport is inhibited, the pituitary cell may not be able to properly secrete hormones that regulate various bodily functions.
(436) If the cell needs to regulate its growth and development, active transport may be used to move signaling molecules in or out of the cell.
(437) The sodium-potassium pump, an example of active transport, moves three sodium ions out of the cell for every two potassium ions moved in.
(438) Active transport is necessary for the maintenance of ion gradients across cell membranes, and it is essential for many cellular processes.
(439) The hydrogen-potassium exchanger is an example of active transport, and it is involved in the regulation of acid-base balance in the body.
(440) If the cell needs to maintain a certain level of nutrients in different parts of the body, active transport may be used to distribute them.
(441) The process of receptor-mediated endocytosis is an example of active transport in which cells take in specific molecules through receptors.
(442) If the cell needs to maintain its connections to other cells, active transport may be used to move adhesion molecules in or out of the cell.
(443) Active transport is used to transport neurotransmitters across the synaptic cleft, and this process is essential for neuronal communication.
(444) Although passive transport is a simpler process, active transport is necessary for moving larger molecules and ions across the cell membrane.
(445) If active transport is absent, the skin cell may not be able to properly protect the body from UV radiation and other environmental stressors.
(446) Although active transport requires energy, it allows cells to maintain a concentration gradient that is necessary for many cellular processes.
(447) Active transport is a key component of the immune system, as it allows white blood cells to engulf and destroy foreign particles and pathogens.
(448) Active transport is a key component of the immune system, allowing white blood cells to move towards and engulf foreign particles or pathogens.
(449) If the cell needs to generate energy, active transport may be used to move molecules across the membrane and create an electrochemical gradient.
(450) If the cell needs to maintain its acid-base balance, active transport may be used to move molecules that help regulate pH in or out of the cell.
(451) If the cell needs to maintain its shape, active transport may be used to move molecules that contribute to cell structure in or out of the cell.
(452) The sodium-potassium pump is an example of active transport, as it moves ions against their concentration gradient and requires ATP to function.
(453) The process of endocytosis, which involves active transport, allows cells to take in large molecules or particles by engulfing them in a vesicle.
(454) If the cell needs to regulate its immune response, active transport may be used to move immune cells or signaling molecules in or out of the cell.
(455) Active transport is essential for maintaining the proper balance of ions and molecules within cells, which is necessary for their proper function.
(456) If the cell needs to maintain its heat balance, active transport may be used to move molecules that help regulate temperature in or out of the cell.
(457) If the cell needs to regulate its apoptosis (programmed cell death), active transport may be used to move signaling molecules in or out of the cell.
(458) If the cell needs to regulate its cell cycle, active transport may be used to move molecules that contribute to cell division in or out of the cell.
(459) If the cell needs to undergo mitosis or meiosis, active transport may be used to move molecules that contribute to cell division in or out of the cell.
(460) If the cell needs to maintain its iron balance, active transport may be used to move molecules that help regulate iron metabolism in or out of the cell.
(461) While facilitated diffusion is a type of passive transport, active transport requires the use of carrier proteins to move molecules across the membrane.
(462) If the cell needs to maintain its protein synthesis, active transport may be used to move molecules that help regulate translation in or out of the cell.
(463) If the cell needs to maintain its energy balance, active transport may be used to move molecules that help generate or store energy in or out of the cell.
(464) If the cell needs to maintain its water balance, active transport may be used to move molecules that help regulate osmotic pressure in or out of the cell.
(465) If the cell needs to undergo differentiation, active transport may be used to move molecules that contribute to cell specialization in or out of the cell.
(466) Active transport is a process in which cells use energy to move molecules across a membrane, and it is essential for maintaining proper cellular function.
(467) Although ATP is essential for muscle contraction, it can also be used for other functions such as active transport, protein synthesis, and DNA replication.
(468) If the cell needs to maintain its copper balance, active transport may be used to move molecules that help regulate copper metabolism in or out of the cell.
(469) If the cell needs to maintain its calcium balance, active transport may be used to move molecules that help regulate calcium signaling in or out of the cell.
(470) If the cell needs to maintain its DNA integrity, active transport may be used to move molecules that help repair or prevent DNA damage in or out of the cell.
(471) If the cell needs to maintain its nitrogen balance, active transport may be used to move molecules that help regulate nitrogen metabolism in or out of the cell.
(472) If the cell needs to maintain its synaptic connections, active transport may be used to move neurotransmitters or other signaling molecules in or out of the cell.
(473) Active transport is necessary for the proper functioning of nerve cells, which rely on the movement of ions across their membranes to generate electrical signals.
(474) If the cell needs to maintain its homeostasis, active transport may be used to move molecules that help the cell maintain its internal balance in or out of the cell.
(475) If the cell needs to maintain its carbohydrate metabolism, active transport may be used to move molecules that help regulate glucose metabolism in or out of the cell.
(476) The process of exocytosis, which also involves active transport, allows cells to release large molecules or waste products by fusing a vesicle with the cell membrane.
(477) If the cell needs to maintain its redox balance, active transport may be used to move molecules that help regulate oxidation-reduction reactions in or out of the cell.
(478) Active transport is important for maintaining the proper balance of ions and molecules within a cell, and disruptions to this process can lead to cellular dysfunction.
(479) The process of endocytosis is a type of active transport, as it involves the movement of large molecules or particles into the cell through the formation of a vesicle.
(480) The process of transcytosis, which involves active transport, allows molecules to be transported across a cell by being taken up on one side and released on the other.
(481) If the cell needs to maintain its lipid metabolism, active transport may be used to move molecules that help regulate lipid synthesis or breakdown in or out of the cell.
(482) While passive transport is driven by concentration gradients, active transport can move molecules against their concentration gradient, allowing cells to maintain a specific internal environment.
(483) Active transport is a complex process that involves multiple steps, including the binding of molecules to carrier proteins and the use of ATP to power the movement of these molecules across the membrane.
Learning English Faster Through Complete Sentences With "Active Transport"
Sentences are everywhere.
Without sentences, language doesn’t really work.
When you first started learning English, you may have memorized words such as English meaning of the word "Active Transport"; But now that you have a better understanding of the language, there’s a better way for you to learn meaning of "Active Transport" through sentence examples.
True, there are still words that you don’t know. But if you learn whole sentences with "Active Transport", instead of the word "Active Transport" by itself, you can learn a lot faster!
Focus Your English Learning On Sentences With "Active Transport".
Why Is Focusing on Sentences Important?
Sentences are more than just strings of words. They’re thoughts, ideas and stories. Just like letters build words, words build sentences. Sentences build language, and give it personality.
Again, without sentences, there’s no real communication. If you were only reading words right now, you wouldn’t be able to understand what I’m saying to you at all.
- The Word "Active Transport" in Example Sentences.
- "Active Transport" in a sentence.
- How to use "Active Transport" in a sentence.
- 10 examples of sentences "Active Transport".
- 20 examples of simple sentences "Active Transport".
All the parts of speech in English are used to make sentences. All sentences include two parts: the subject and the verb (this is also known as the predicate). The subject is the person or thing that does something or that is described in the sentence. The verb is the action the person or thing takes or the description of the person or thing. If a sentence doesn’t have a subject and a verb, it is not a complete sentence (e.g., In the sentence “Went to bed,” we don’t know who went to bed).
Four Types Of Sentence Structure.
Simple Sentences With "Active Transport"
A simple sentence with "Active Transport"contains a subject and a verb, and it may also have an object and modifiers. However, it contains only one independent clause.
Compound Sentences With "Active Transport"
A compound sentence with "Active Transport" contains at least two independent clauses. These two independent clauses can be combined with a comma and a coordinating conjunction or with a semicolon.
Complex Sentences With "Active Transport"
A complex sentence with "Active Transport" contains at least one independent clause and at least one dependent clause. Dependent clauses can refer to the subject (who, which) the sequence/time (since, while), or the causal elements (because, if) of the independent clause.
Compound-Complex Sentences With "Active Transport"
Sentence types can also be combined. A compound-complex sentence with "Active Transport" contains at least two independent clauses and at least one dependent clause.