Molecule in a sentence

(1) Gly is a small molecule.

(2) Ethyl is a polar molecule.

(3) The H2 molecule is nonpolar.

(4) The carrier molecule is ATP.

(5) Ethane is a stable molecule.

(6) Alkan is a nonpolar molecule.

(7) Methane is a simple molecule.

(8) Glucose is a type of molecule.

(9) A molecule is a tiny particle.

(10) Ethene is a reactive molecule.

Molecule sentence

(11) Ethene is a nonpolar molecule.

(12) DNA is a very complex molecule.

(13) A molecule is made up of atoms.

(14) Ethane is a non-polar molecule.

(15) Adenosine is a type of molecule.

(16) The oxide is a type of molecule.

(17) Diphenyl is a nonpolar molecule.

(18) Amino acid is a type of molecule.

(19) Hemoglobin is a complex molecule.

(20) Adenosine is a signaling molecule.

Molecule make sentence

(21) The H2 molecule has a linear shape.

(22) The O2 molecule is highly reactive.

(23) The carrier molecule is hemoglobin.

(24) The DNA molecule is double-stranded.

(25) Pyruvate is a three-carbon molecule.

(26) The chl molecule contains magnesium.

(27) The DNA molecule is spirally shaped.

(28) A molecule can be globular in shape.

(29) The hydrophobe molecule repels water.

(30) The DNA molecule twisted circinately.

Sentence of molecule

(31) Acyls are a type of organic molecule.

(32) The DNA molecule is helically coiled.

(33) Amyl is a relatively simple molecule.

(34) The chl molecule absorbs light energy.

(35) The decahedral molecule had ten sides.

(36) The molecule is not globular in shape.

(37) A molecule can have a hexagonal shape.

(38) The oxide is a type of oxide molecule.

(39) Triphosphate is a high-energy molecule.

(40) Tribromomethane is a nonpolar molecule.

Molecule meaningful sentence

(41) ATP is a key molecule in bioenergetics.

(42) Coenzyme Q is a lipid-soluble molecule.

(43) The backbond in this molecule is ionic.

(44) The backbond in this molecule is sigma.

(45) The alcidine molecule has a pKa of 5.5.

(46) Adenosine is a type of energy molecule.

(47) The acyclic molecule had a linear shape.

(48) The chemical denatures the DNA molecule.

(49) The DNA molecule is structured spirally.

(50) The bimethyl molecule has a strong odor.

Molecule sentence examples

(51) The backbond in this molecule is single.

(52) The molecule was cleavable by oxidation.

(53) Adenosine is a type of organic molecule.

(54) The union of two atoms forms a molecule.

(55) The monomer molecule is small and simple.

(56) Superoxide is a highly reactive molecule.

(57) H2 is the lightest and simplest molecule.

(58) The cistron is located on a DNA molecule.

(59) The acridine molecule has a pungent odor.

(60) The imide molecule has a planar structure.

Sentence with molecule

(61) The O2 molecule is odorless and colorless.

(62) The DNA molecule has a spiraled structure.

(63) The amygdalin molecule has a bitter taste.

(64) Carbon-bisulphide is a non-polar molecule.

(65) The chl molecule has a specific structure.

(66) The backbond in this molecule is nonpolar.

(67) Arabinosides are a type of sugar molecule.

(68) The pentos molecule has five carbon atoms.

(69) The azine molecule has a unique structure.

(70) The imide molecule has a cyclic structure.

Use molecule in a sentence

(71) The atoms will form into a stable molecule.

(72) Triglycerides are a type of lipid molecule.

(73) The DNA molecule is a type of nucleic acid.

(74) The DNA molecule has an s-shaped structure.

(75) The amidin molecule has a linear structure.

(76) The amidin molecule has a planar structure.

(77) The DNA molecule is made up of two strands.

(78) The structure of this molecule is atypical.

(79) The structure of the molecule was unstable.

(80) The DNA molecule is made up of nucleotides.

Sentence using molecule

(81) The imide molecule has a high melting point.

(82) Messenger RNA is a single-stranded molecule.

(83) The propionate molecule has a distinct odor.

(84) Carbon tetrachloride is a nonpolar molecule.

(85) The bimethyl molecule has two methyl groups.

(86) The backbond of the molecule is very strong.

(87) Anticodons are unique to each tRNA molecule.

(88) The molecule has a centrosymmetric geometry.

(89) The apolar molecule has a symmetrical shape.

(90) Trace below the structure of a DNA molecule.

Molecule example sentence

(91) Adenosine is a molecule found in our bodies.

(92) The structure of the molecule was intricate.

(93) The carrier molecule binds to the substrate.

(94) The enzyme breaks down the complex molecule.

(95) The acridine molecule has a yellowish color.

(96) The chlorophyll molecule contains magnesium.

(97) The flavone molecule has a unique structure.

(98) The acyclic molecule had a low boiling point.

(99) Deoxyribose is a sugar molecule found in DNA.

(100) Biophor is a complex molecule found in cells.

Sentence with word molecule

(101) The biloculate molecule was made up of atoms.

(102) Acrasin is a type of quorum sensing molecule.

(103) Adp is a molecule that is essential for life.

(104) The amidin molecule has a high melting point.

(105) The amidin molecule has a high boiling point.

(106) The diene molecule contains two double bonds.

(107) The union of two atoms can create a molecule.

(108) The structure of the DNA molecule is complex.

(109) The DNA molecule has a symmetrical structure.

(110) The acridine molecule has a planar structure.

Sentence of molecule

(111) The glycoside molecule contains a sugar unit.

(112) The acyclic molecule had a high melting point.

(113) The backbond in this molecule is sigma bonded.

(114) The alcidine molecule has a six-membered ring.

(115) The DNA molecule contorts into a spiral shape.

(116) Hemoglobin is a fascinating molecule to study.

(117) Kinin is a type of molecule found in the body.

(118) The bitartrate molecule has a unique structure.

(119) The pentanoate molecule has a linear structure.

(120) The propionate molecule has three carbon atoms.

Molecule used in a sentence

(121) The imid molecule can exhibit tautomeric forms.

(122) The backbond in this molecule is dipole-dipole.

(123) Ribonucleic acid is a single-stranded molecule.

(124) The alcidine molecule contains a nitrogen atom.

(125) The amidin molecule has a strong dipole moment.

(126) The molecule has a centrosymmetric point group.

(127) The nitrogen molecule desorbs from the zeolite.

(128) Azote is a vital component in the DNA molecule.

(129) The acridine molecule has a high melting point.

(130) The alkane molecule contains only single bonds.

Molecule sentence in English

(131) The albumin molecule is composed of amino acids.

(132) The albumin molecule is highly soluble in water.

(133) The anionic form of the molecule is more stable.

(134) The elements combine to form a complex molecule.

(135) The propionate molecule has a low boiling point.

(136) The acylation of a molecule can affect its odor.

(137) The binding of a molecule can cause allosteries.

(138) The symmetry of the molecule is centrosymmetric.

(139) The hydrogen molecule desorbs from the catalyst.

(140) The drug molecule desorbs from the nanoparticle.

(141) The isoprene molecule contains two double bonds.

(142) The tiglic acid molecule has a unique structure.

(143) The shape of a molecule can affect its function.

(144) The chromophore in this molecule is a metal ion.

(145) ATP is a molecule that provides energy to cells.

(146) The anionic form of the molecule is more soluble.

(147) The globulin molecule is composed of amino acids.

(148) A pentose molecule consists of five carbon atoms.

(149) The number of bivalencies in a molecule can vary.

(150) The cellose molecule is made up of glucose units.

(151) The biform molecule had two different structures.

(152) The acylation of a molecule can affect its color.

(153) The acylation of a molecule can affect its taste.

(154) The albumose molecule is composed of amino acids.

(155) Water is a polar molecule because it has dipoles.

(156) The number of atoms in a molecule is uncountable.

(157) The chondrin molecule is composed of amino acids.

(158) There are jillions of atoms in a single molecule.

(159) The ozonide molecule contains three oxygen atoms.

(160) The scientist studied the figure of the molecule.

(161) The structure of the DNA molecule is fascinating.

(162) The carrier molecule is found in red blood cells.

(163) The number of atoms in a molecule is beyond count.

(164) The xylose molecule consists of five carbon atoms.

(165) The benzidin molecule has a distinctive structure.

(166) The deaminised molecule was used as a drug target.

(167) The anthranilate molecule contains an amine group.

(168) The diolacton molecule contains two lactone rings.

(169) The water molecule desorbs from the metal surface.

(170) The subunit of the DNA molecule is the nucleotide.

(171) I can fathom by sight the structure of a molecule.

(172) The carrier molecule binds to oxygen in the lungs.

(173) Lactic acid is a fascinating and complex molecule.

(174) The shape of a molecule determines its properties.

(175) The union of two or more atoms creates a molecule.

(176) The carrier molecule is specific to its substrate.

(177) The shape of a molecule can affect its reactivity.

(178) The organic structure of the molecule was complex.

(179) The azote molecule consists of two nitrogen atoms.

(180) The cubical structure of the molecule was complex.

(181) Ethane is a simple molecule with two carbon atoms.

(182) The scientist discovered a new long-chain molecule.

(183) Oligosaccharide is a type of carbohydrate molecule.

(184) The protonated form of the molecule is more stable.

(185) The backbond in this molecule is moderately bonded.

(186) The width of a DNA molecule is around 2 nanometres.

(187) The polymer oligomerizes to form a larger molecule.

(188) The acylation of a molecule can affect its texture.

(189) The unfused atoms in the molecule made it unstable.

(190) The gyroidal structure of the molecule was complex.

(191) The clathrate cage traps the guest molecule inside.

(192) The molecule translocates across the cell membrane.

(193) Adenosine is a type of molecule that helps us grow.

(194) The tiny atom is insignificant to the big molecule.

(195) DNA is a molecule that carries genetic information.

(196) The smallest molecule is made up of just two atoms.

(197) The diagram represents the structure of a molecule.

(198) The physical structure of the molecule was complex.

(199) The molecule of methane is a potent greenhouse gas.

(200) The chromophore in this molecule is a pyrene group.

(201) The chemical structure of the molecule was complex.

(202) The acyclic molecule had a high solubility in water.

(203) The protein molecule is essential for muscle growth.

(204) The protein molecule is encoded by genes in the DNA.

(205) Tautomerism can affect the reactivity of a molecule.

(206) The pentanoate molecule is nonpolar and hydrophobic.

(207) The DNA molecule twisted spirally in a double helix.

(208) The virino is a small, single-stranded RNA molecule.

(209) The elem in this molecule are nitrogen and hydrogen.

(210) The zymoid molecule is highly reactive and unstable.

(211) Decane is a nonpolar molecule with no dipole moment.

(212) Invert upon adding the tracer to label the molecule.

(213) Amino acid is a very important molecule in our body.

(214) The carrier molecule transports oxygen in the blood.

(215) The formation of a molecule is studied in chemistry.

(216) DNA is a molecule that contains genetic information.

(217) The ions in a molecule can be excited using a laser.

(218) The structure of the DNA molecule is a double helix.

(219) The structure of the molecule was studied in detail.

(220) The model illustrated the structure of the molecule.

(221) The atomicity of a molecule can affect its stability.

(222) The multidentate molecule is used in dental fillings.

(223) The chirality of a molecule can affect its stability.

(224) The size of a molecule can be measured in nanometres.

(225) The chromophorous molecule is used in dyeing fabrics.

(226) The backbond in this molecule is metallically bonded.

(227) The S-N bond in this molecule is particularly strong.

(228) A chemical-messenger is a type of signaling molecule.

(229) The acylation of a molecule can affect its viscosity.

(230) Ferrum is a key component in the hemoglobin molecule.

(231) The arabin molecule is composed of five carbon atoms.

(232) The structure of a molecule includes atoms and bonds.

(233) The scientist studied the figure of the DNA molecule.

(234) The diagram represents the structure of the molecule.

(235) The molecule of water is essential for life on Earth.

(236) The chromophore in this molecule is a porphyrin ring.

(237) The DNA molecule is coiled into a double helix shape.

(238) Atomicity refers to the number of atoms in a molecule.

(239) The O2 molecule is essential for cellular respiration.

(240) The chemist successfully acylated the target molecule.

(241) The steric strain in the molecule made it less stable.

(242) The backbond in this molecule is dipole-dipole bonded.

(243) The bisymmetric structure of the molecule was complex.

(244) The opsin molecule is responsible for detecting light.

(245) The peptide oligomerizes to form a bioactive molecule.

(246) The axisymmetry of the molecule made it more reactive.

(247) The acrasin molecule is highly specific in its action.

(248) The acylation of a molecule can change its reactivity.

(249) The acylation of a molecule can affect its solubility.

(250) The involute structure of the DNA molecule is complex.

(251) Galactoside is a type of sugar molecule found in milk.

(252) The Buckminster Fullerene molecule is named after him.

(253) The pentabromide molecule contains five bromine atoms.

(254) The tetratomic molecule O3 is commonly known as ozone.

(255) The structure of a molecule determines its properties.

(256) The carrier molecule is hemoglobin in red blood cells.

(257) The structure of the molecule was analyzed in the lab.

(258) The crystalline structure of the molecule was complex.

(259) ATP is used as a signaling molecule in some organisms.

(260) The protonation of a molecule can affect its stability.

(261) The cleavage of a molecule can be catalyzed by enzymes.

(262) The acyclic molecule has a linear arrangement of atoms.

(263) The deaminised molecule was found to be toxic to cells.

(264) The adp molecule is composed of three phosphate groups.

(265) The DNA molecule's structure revolve in a spiral shape.

(266) The collision caused the molecule to unravel into ions.

(267) The DNA molecule is made up of two intertwined helixes.

(268) Dinucleotide is a molecule composed of two nucleotides.

(269) The eolotropic behavior of the molecule was unexpected.

(270) The number of atoms in a molecule is innumerably small.

(271) The number of atoms in a single molecule is innumerous.

(272) The unseparated atoms in the molecule made it unstable.

(273) The shape of a molecule can be spherical in some cases.

(274) Glucose is a simple sugar made up of just one molecule.

(275) The boundary of the molecule is the bond between atoms.

(276) A molecule is the smallest unit of a chemical compound.

(277) The molecule of hemoglobin carries oxygen in the blood.

(278) Creatine phosphate is a molecule found in muscle cells.

(279) The divalents in this molecule determine its reactivity.

(280) The inducer molecule acts as a catalyst in this process.

(281) The DNA molecule can twist into different conformations.

(282) Methylating the molecule altered its chemical structure.

(283) The heterocycle group in this molecule imparts its odor.

(284) The DNA molecule spirals up in a double helix structure.

(285) The bivalency of the molecule determines its reactivity.

(286) The bisymmetrical structure of the molecule was complex.

(287) The acylation of a molecule can affect its conductivity.

(288) Adp is a molecule that is found in all living organisms.

(289) The alken molecule has a higher reactivity than alkanes.

(290) The DNA molecule is composed of two intertwined helices.

(291) The benzylic carbon in this molecule is highly reactive.

(292) The molecule has a hydrophobic moiety that repels water.

(293) The carbonylic carbon in the molecule is sp2 hybridized.

(294) The hydrobromide molecule is a white crystalline powder.

(295) The decahedral molecule had a unique chemical structure.

(296) The professor drew a diagram of the molecule from above.

(297) DNA is a very long molecule made up of many nucleotides.

(298) Methane is a simple molecule that is easy to break down.

(299) DNA is a remarkable molecule that has changed the world.

(300) The alpha carbon is the first carbon atom in a molecule.

(301) The structure of the molecule is important in chemistry.

(302) The structure of the molecule determines its properties.

(303) The atomicity of a molecule can influence its reactivity.

(304) The DNA molecule consists of a long-chain of nucleotides.

(305) The multidentate molecule can bind to multiple receptors.

(306) The chirality of a molecule can influence its reactivity.

(307) The protein molecule is made up of chains of amino acids.

(308) The dipole moment of a polar molecule is always non-zero.

(309) The enzyme catalyzed the synthesis of a complex molecule.

(310) The enzyme catalyzed the breakdown of the lipid molecule.

(311) The ground state of a molecule is its most relaxed state.

(312) The DNA molecule can twist into a double helix structure.

(313) Oncogenes can be targeted with small molecule inhibitors.

(314) Acyl-CoA is an important molecule in cellular metabolism.

(315) It is important to elute the target molecule efficiently.

(316) The pyrene molecule consists of four fused benzene rings.

(317) The nanowire was functionalized with a specific molecule.

(318) The DNA molecule is made up of a series of dinucleotides.

(319) The chl molecule is involved in the production of oxygen.

(320) The chl molecule is essential for the survival of plants.

(321) The amorphous structure of the molecule made it unstable.

(322) The acylation of a molecule can affect its melting point.

(323) The acylation of a molecule can affect its boiling point.

(324) Adp is a molecule that is involved in muscle contraction.

(325) The amidin molecule has a nitrogen atom in its structure.

(326) The trithionic acid molecule contains three sulfur atoms.

(327) The heteropolar molecule has a positive and negative end.

(328) The diatomic molecule carbon monoxide is a poisonous gas.

(329) The subunit of the hemoglobin molecule is the heme group.

(330) The mass of the molecule affects its chemical properties.

(331) The molecule is the smallest unit of a chemical compound.

(332) The cofactor can be a regulatory molecule for the enzyme.

(333) The cofactor is a small molecule that assists the enzyme.

(334) A dimer is a molecule composed of two identical subunits.

(335) The dimer formed a stable bond with its partner molecule.

(336) The enol molecule is commonly found in organic chemistry.

(337) The equiangular structure of the molecule made it stable.

(338) The chromophore group in this molecule is highly reactive.

(339) Pyruvate is an important molecule in cellular respiration.

(340) The conformation of the molecule determined its stability.

(341) Glyceraldehyde is a key molecule in the production of ATP.

(342) Retinal is a vital molecule for maintaining visual acuity.

(343) The axial position of the molecule affects its reactivity.

(344) The acetyl group was added to the molecule by acetylation.

(345) The tetra structure of the molecule made it highly stable.

(346) The imid molecule contains a five-membered ring structure.

(347) The chl molecule is involved in the synthesis of proteins.

(348) Coenzyme A is a vital molecule in many metabolic pathways.

(349) The biophore is a small, specific part of a drug molecule.

(350) The bisymmetric structure of the molecule was fascinating.

(351) The racemizing of a molecule can alter its taste and odor.

(352) The monomeric unit of the lipid was a fatty acid molecule.

(353) The scientist bisects the molecule to study its structure.

(354) Adp is a molecule that is involved in the immune response.

(355) Anandamide is sometimes referred to as the bliss molecule.

(356) The receptor will phosphorylate into a signaling molecule.

(357) The covalence of the molecule allowed it to remain stable.

(358) The number of atoms in a single molecule is beyond number.

(359) Carbene is a neutral molecule with a divalent carbon atom.

(360) An ion is an atom or molecule that has an electric charge.

(361) The ions in a molecule can affect its chemical properties.

(362) The structure of a DNA molecule determines genetic traits.

(363) DNA is a complex molecule that stores genetic information.

(364) Adenosine is a molecule that is found in all living cells.

(365) Formal charge can help predict the polarity of a molecule.

(366) The imide molecule contains both carbon and nitrogen atoms.

(367) Pyruvate is a central molecule in the metabolism of sugars.

(368) The chirality of a molecule can affect its taste and smell.

(369) The nonpolar nature of the molecule makes it less reactive.

(370) The science museum had a life-size model of a DNA molecule.

(371) Nitric oxide is a key signaling molecule in the human body.

(372) The inhibitor molecule inhibited the growth of tumor cells.

(373) Luciferin is a fascinating molecule with unique properties.

(374) The agonist molecule activates certain enzymes in the body.

(375) The internuclear angle in a linear molecule is 180 degrees.

(376) The repressor molecule inhibits the activity of the enzyme.

(377) The atoma of a molecule determines its chemical properties.

(378) The glycosyl group can affect the solubility of a molecule.

(379) The glycosyl group can confer immunogenicity to a molecule.

(380) The axis of a molecule determines its shape and properties.

(381) The n-s polarity of the molecule makes it soluble in water.

(382) The axis of a molecule is the line that connects the atoms.

(383) The molecule will phosphorylate into a more polar compound.

(384) The diatropic nature of the molecule made it highly stable.

(385) The chemist acylates the compound to create a new molecule.

(386) Glucoside is a type of sugar molecule found in many plants.

(387) The chemist studied the fluxional behavior of the molecule.

(388) The caprylate molecule has eight carbon atoms in its chain.

(389) The size of a typical molecule is around 1-10 millimicrons.

(390) The molecule dissociates into ions when dissolved in water.

(391) The DNA molecule uncoils during the process of replication.

(392) The DNA molecule intercalates with the intercalating agent.

(393) Deoxyribose is a sugar molecule that is a component of DNA.

(394) The tribromide molecule has a linear shape and is nonpolar.

(395) The structure of a molecule includes atoms bonded together.

(396) A molecule of salt is made up of sodium and chlorine atoms.

(397) Adenosine is a type of molecule that helps us stay healthy.

(398) Adenosine is a type of molecule that is found in our cells.

(399) The carrier molecule releases oxygen to the body's tissues.

(400) The DNA molecule is made up of segments called nucleotides.

(401) The structure of the DNA molecule is like a twisted ladder.

(402) The carrier molecule is essential for cellular respiration.

(403) The electrophilic nature of the molecule makes it reactive.

(404) The enol form of a molecule can be stabilized by resonance.

(405) Lyase catalyzes the conversion of one molecule into another.

(406) Pyruvate is an important molecule for the production of ATP.

(407) The chirality of a molecule can affect its pharmacokinetics.

(408) Amino acids are the building blocks of the protein molecule.

(409) The complex structure of the molecule perplexed the chemist.

(410) A monoester molecule consists of one ester functional group.

(411) The protein can be phosphorylated with a phosphate molecule.

(412) The caesuric acid molecule contains a carboxylic acid group.

(413) Delocalizations can lead to the stabilization of a molecule.

(414) The molecular geometry of the molecule XeF6 is an octahedra.

(415) Adp is a molecule that stores energy in its phosphate bonds.

(416) Adp is a molecule that is used in many biochemical pathways.

(417) Adp is a molecule that is involved in the breakdown of fats.

(418) The bicyclic structure of the molecule makes it more stable.

(419) The tetracid molecule has four acidic groups attached to it.

(420) Desoxyribose is a sugar molecule that is a component of DNA.

(421) The subunit of the molecule was found to be highly reactive.

(422) A trimer is a molecule composed of three identical subunits.

(423) Glucose is a small molecule that can easily enter our cells.

(424) An ion is an atom or molecule that has an electrical charge.

(425) The molecule of histamine is involved in allergic reactions.

(426) Peptide drugs have lower toxicity than small molecule drugs.

(427) Glyceraldehyde is an important molecule in the carbon cycle.

(428) The double-stranded DNA molecule can be transcribed into RNA.

(429) The DNA molecule began to coil down into a compact structure.

(430) The O2 molecule consists of two oxygen atoms bonded together.

(431) The debye is used to measure the dipole moment of a molecule.

(432) The subunits of the DNA molecule contain genetic information.

(433) Heme is an iron-containing molecule found in red blood cells.

(434) The protein molecule is synthesized by ribosomes in the cell.

(435) The conformation of the DNA molecule determines its function.

(436) Glycine is a small molecule with a simple chemical structure.

(437) Alkyl groups can be transferred from one molecule to another.

(438) The dipole moment of a molecule is a measure of its polarity.

(439) The polarity of the molecule affects its chemical properties.

(440) The presence of an inducer molecule triggers gene expression.

(441) The agonist molecule binds to specific receptors in the body.

(442) Carboxylating a molecule can introduce new functional groups.

(443) Phosphodiester linkages provide strength to the DNA molecule.

(444) The chemist used a reagent to acetylate the organic molecule.

(445) The atoms in a molecule link together through chemical bonds.

(446) The amygdalin molecule is broken down by enzymes in the body.

(447) The size of a water molecule is approximately 2.75 angstroms.

(448) Bathochromes can shift the absorption spectrum of a molecule.

(449) The biophor is a complex molecule that is difficult to study.

(450) The biophor is a complex molecule that is essential for life.

(451) The chromophorous portion of the molecule is highly reactive.

(452) The diameter of a DNA molecule is approximately 2 nanometres.

(453) The chemist identified the functional groups in the molecule.

(454) The diagram belows illustrates the structure of the molecule.

(455) Adp is a molecule that is constantly being recycled in cells.

(456) The molecule can dephosphorylate into its simpler components.

(457) The helicity of a molecule can affect its optical properties.

(458) The molecule had an icosahedral symmetry that made it stable.

(459) The diameter of a DNA molecule is approximately 2 picometres.

(460) The eucyclic structure of the molecule made it highly stable.

(461) The clathrate molecule has a high affinity for certain gases.

(462) The dibasic form of a molecule has two acidic hydrogen atoms.

(463) Hydrogen gas is a diatomic molecule that is highly flammable.

(464) DNA is a complex molecule that scientists are still studying.

(465) The properties of a molecule can be affected by its polarity.

(466) The scientist was able to infer the behavior of the molecule.

(467) The globular shape of the molecule made it easy to transport.

(468) The elements in a molecule can be arranged in different ways.

(469) The chromophore in the molecule is responsible for its color.

(470) The acridine molecule has a long history of use in chemistry.

(471) The anionic group in the molecule gives it a negative charge.

(472) The albumin molecule has a unique three-dimensional structure.

(473) Glyceraldehyde-3-phosphate is a phosphorylated sugar molecule.

(474) The fundamental structure of a DNA molecule is a double helix.

(475) The internuclear forces in a molecule hold the atoms together.

(476) The acyclic carbon backbone provided rigidity to the molecule.

(477) The anhydride molecule can react with alcohols to form esters.

(478) The ribosome moves along the mRNA molecule during translation.

(479) Protonation can change the electronic structure of a molecule.

(480) Scientists are studying the structure of the protein molecule.

(481) The protein molecule can be degraded by proteases in the cell.

(482) ATP is a molecule that provides energy for cellular processes.

(483) The scalene structure of the molecule made it highly reactive.

(484) The inhibitor molecule disrupted the function of the ion pump.

(485) The peptide bond is formed by the removal of a water molecule.

(486) Denaturising the DNA molecule can prevent it from replicating.

(487) Triose is a crucial molecule in the process of photosynthesis.

(488) Derivatising the molecule helped in determining its pKa value.

(489) The glycosyl moiety can affect the conformation of a molecule.

(490) The bivalency of the molecule can be used to design new drugs.

(491) The chl molecule is responsible for the green color of leaves.

(492) The amorphous structure of the molecule made it hard to study.

(493) The bathochrome molecule absorbs light at a longer wavelength.

(494) The bisymmetric structure of the DNA molecule was fascinating.

(495) The acrasin molecule is secreted by certain types of bacteria.

(496) Acylations can be used to modify the properties of a molecule.

(497) The acylation of a molecule can alter its physical properties.

(498) The acylation of a molecule can affect its chemical stability.

(499) The electric current caused the molecule to unravel into ions.

(500) Methylase is an enzyme that adds a methyl group to a molecule.

(501) Methylators are enzymes that add a methyl group to a molecule.

(502) The number of carbons in a molecule can affect its properties.

(503) The infoldings of the protein molecule determine its function.

(504) The monomeric unit of a lipid is a single fatty acid molecule.

(505) The scientist used a laser to point out the specific molecule.

(506) The molecular structure of a molecule determines its polarity.

(507) The organic molecule had a unique three-dimensional structure.

(508) The dihedral angle of the molecule was found to be non-planar.

(509) Adenosine triphosphate is a molecule found in all living cells.

(510) The hexangular structure of the molecule was studied in detail.

(511) The atomicity of a molecule can determine its molecular weight.

(512) The chromophore in this molecule is sensitive to changes in pH.

(513) The acyclic molecule had a complex three-dimensional structure.

(514) Nucleophiles can attack the electrophilic center of a molecule.

(515) Ethane is a nonpolar molecule due to its symmetrical structure.

(516) The H2 molecule consists of two hydrogen atoms bonded together.

(517) The H2 molecule has a boiling point of -252.87 degrees Celsius.

(518) The debye is used to calculate the dipole moment of a molecule.

(519) The chirality of a molecule can affect its biological activity.

(520) The chirality of a molecule can determine its optical activity.

(521) The protein molecule plays a crucial role in cellular function.

(522) The protein molecule can be modified by adding lipid molecules.

(523) The chiral center of a molecule determines its stereochemistry.

(524) The chirality of a molecule can influence its pharmacokinetics.

(525) The chirality of a molecule can impact its biological activity.

(526) The peculiar structure of the molecule made it highly reactive.

(527) The word dipole refers to a molecule with two opposite charges.

(528) The globular arrangement of the atoms formed a stable molecule.

(529) The molecule of nitrogen gas is held together by a triple bond.

(530) Methylating the molecule improved its stability and shelf life.

(531) Acetylation can protect a molecule from degradation by enzymes.

(532) The size of a DNA molecule is typically measured in nanometres.

(533) The imid molecule can undergo various chemical transformations.

(534) The bimethyl molecule is composed of carbon and hydrogen atoms.

(535) Bivalences can be used to determine the polarity of a molecule.

(536) Derivatising a molecule can alter its chromatographic behavior.

(537) The atomical structure of a molecule determines its properties.

(538) Pyruvic acid is an important molecule in the citric acid cycle.

(539) The noncyclic structure of the molecule makes it more reactive.

(540) The scientist's experiment involved dematerialising a molecule.

(541) The acylation of a molecule can affect its biological activity.

(542) Alkylations can be used to modify the properties of a molecule.

(543) The antipoles of a molecule are the positive and negative ends.

(544) The ultraviolet light caused the molecule to unravel into ions.

(545) The scientist disassembles the molecule to study its structure.

(546) The anilin molecule contains a benzene ring and an amino group.

(547) The phthalic acid molecule contains two carboxylic acid groups.

(548) The planarity of a molecule can affect its chemical properties.

(549) The flavin molecule is essential for many biological processes.

(550) Xanthopterin is a rare molecule found in some marine organisms.

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