Molecular in a sentence

(1) The ribosome is a molecular motor.

(2) Methane's molecular formula is CH4.

(3) The ribosome is a molecular switch.

(4) The ribosome is a molecular factory.

(5) Acetone's molecular formula is C3H6O.

(6) Ethylene's molecular formula is C2H4.

(7) The molecular weight of oxygen is 32.

(8) The molecular weight of oxygen is 16.

(9) The molecular formula of water is H2O.

(10) Ethanol's molecular formula is C2H5OH.

Molecular sentence

(11) The molecular formula of ammonia is NH3.

(12) The molecular structure of water is H2O.

(13) Formaldehyde's molecular formula is CH2O.

(14) The molecular formula of benzene is C6H6.

(15) The molecular formula of nonane is C9H20.

(16) Carbon monoxide's molecular formula is CO.

(17) The molecular formula of formalin is CH2O.

(18) The molecular formula of heptane is C7H16.

(19) The molecular formula of decane is C10H22.

(20) The molecular formula for ethanes is C2H6.

Molecular make sentence

(21) Nitric acid has the molecular formula HNO3.

(22) The molecular formula of aspirin is C9H8O4.

(23) Ethyl alcohol's molecular formula is C2H6O.

(24) The molecular formula of ribose is C5H10O5.

(25) The molecular formula of diamide is C2H4N2.

(26) The molecular formula of benzoline is C6H6.

(27) The molecular formula of octanol is C8H18O.

(28) The molecular formula for sugar is C6H12O6.

(29) The molecular formula of HMDS is C6H18N2Si2.

(30) The molecular formula of glucose is C6H12O6.

Sentence of molecular

(31) Nitrous oxide has the molecular formula N2O.

(32) Nitrogen dioxide's molecular formula is NO2.

(33) Ethanoic acid's molecular formula is C2H4O2.

(34) The ribosome is a complex molecular machine.

(35) The molecular formula of fluorene is C13H10.

(36) The molecular formula of borneol is C10H18O.

(37) The molecular formula for tetraiodide is I4.

(38) The chef's niche is in molecular gastronomy.

(39) Carbon dioxide has the molecular formula CO2.

(40) Sodium hydroxide's molecular formula is NaOH.

Molecular meaningful sentence

(41) At absolute-zero, all molecular motion stops.

(42) The molecular formula of oxybenzene is C7H8O.

(43) The molecular formula for glucose is C6H12O6.

(44) The molecular structure of DNA is well-known.

(45) The molecular structure of a virus is unique.

(46) Benzoxazine has a unique molecular structure.

(47) Sulfuric acid has the molecular formula H2SO4.

(48) The molecular formula of sucrose is C12H22O11.

(49) Carbonic acid has the molecular formula H2CO3.

(50) Isoforms can have different molecular weights.

Molecular sentence examples

(51) At absolute zero, all molecular motion ceases.

(52) The molecular formula of carbamidine is CH5N3.

(53) Radiation can cause molecular damage to cells.

(54) The molecular formula of caffeine is C8H10N4O2.

(55) Sodium chloride has the molecular formula NaCl.

(56) The molecular formula of citric acid is C6H8O7.

(57) Hydrogen cyanide has the molecular formula HCN.

(58) Avidins are commonly used in molecular biology.

(59) The chef is an adepter of molecular gastronomy.

(60) Pyrocatechol has a molecular formula of C6H6O2.

Sentence with molecular

(61) The molecular formula of cyclopentane is C5H10.

(62) The molecular formula of ethylbenzene is C8H10.

(63) The gourmand was a fan of molecular gastronomy.

(64) Acridine is a useful tool in molecular biology.

(65) H2 is a chemical formula for molecular hydrogen.

(66) Hydrochloric acid has the molecular formula HCl.

(67) Phosphoric acid has the molecular formula H3PO4.

(68) The chef is an exponent of molecular gastronomy.

(69) Biogenies can be studied at the molecular level.

(70) Agaroses are commonly used in molecular biology.

Use molecular in a sentence

(71) The molecular formula of diethylamine is C4H11N.

(72) The chaperonin is a type of molecular chaperone.

(73) The molecular formula of fluoranthene is C16H10.

(74) The solvent was purified over a molecular sieve.

(75) The molecular formula of diethyl ether is C4H10O.

(76) The molecular formula for raffinose is C18H32O16.

(77) The molecular formula of saccharose is C12H22O11.

(78) The molecular structure of DNA is a double helix.

(79) The molecular structure of a virus is very small.

(80) The molecular structure of a metal is very dense.

Sentence using molecular

(81) The molecular structure of a solid is very rigid.

(82) Ammonium nitrate has the molecular formula NH4NO3.

(83) The molecular formula of aspartic acid is C4H7NO4.

(84) Bromouracil is used in molecular biology research.

(85) The molecular formula of saccharoses is C12H22O11.

(86) The molecular formula for triethylamine is C6H15N.

(87) The molecular structure of a liquid is very fluid.

(88) The molecular formula of hydrogen peroxide is H2O2.

(89) Viroids can be detected using molecular techniques.

(90) The atoms interlock across the molecular structure.

Molecular example sentence

(91) Biogenies can be studied through molecular biology.

(92) The molecular formula of dimethylaniline is C8H11N.

(93) The bonding orbital is a type of molecular orbital.

(94) The study of molecules is called molecular biology.

(95) Isomerisms can be visualized using molecular models.

(96) The molecular weight of oxygen is 32 grams per mole.

(97) The molecular structure of lysergic acid is complex.

(98) Transduction is a process used in molecular biology.

(99) The molecular formula of acetyl-chloride is C2H3ClO.

(100) The molecular formula of triphenylmethane is C19H16.

Sentence with word molecular

(101) The molecular formula for sulfur trifluoride is SF3.

(102) The molecular structure of a diamond is very strong.

(103) The molecular structure of a gas is very spread out.

(104) The relation between the two compounds is molecular.

(105) Copper at the molecular level has unique properties.

(106) The ribosome is a highly efficient molecular machine.

(107) Agar is a popular ingredient in molecular gastronomy.

(108) The molecular weight of ethanol is 46 grams per mole.

(109) The monosome is a highly efficient molecular machine.

(110) Cosmid is a type of vector used in molecular biology.

Sentence of molecular

(111) The molecular structure of a protein is very complex.

(112) The molecular structure of a virus is very dangerous.

(113) The molecular weight of HMDS is 161.38 grams per mole.

(114) The carbone compound has a unique molecular structure.

(115) The molecular weight of glucose is 180 grams per mole.

(116) GFP has revolutionized the field of molecular biology.

(117) The molecular weight of a substance can be calculated.

(118) The molecular structure of a cell membrane is complex.

(119) MD is the abbreviation for the term Molecular Dynamics.

(120) The axoplasmic streaming is driven by molecular motors.

Molecular used in a sentence

(121) Antimeric compounds have opposite molecular structures.

(122) The tellurite ion has a tetrahedral molecular geometry.

(123) The molecular structure of a crystal is very beautiful.

(124) The molecular structure of a food determines its taste.

(125) The array RFLP is a versatile tool in molecular biology.

(126) The molecular weight of benzene is 78.11 grams per mole.

(127) The molybdate ion has a tetrahedral molecular structure.

(128) The scientist professes experience in molecular biology.

(129) Nuclease is commonly used in molecular biology research.

(130) The molecular structure of a paint determines its color.

Molecular sentence in English

(131) Ligation is a common technique used in molecular biology.

(132) Ligation is a fundamental technique in molecular cloning.

(133) Electrophoresis is a technique used in molecular biology.

(134) Enantiomorphs can be used to study molecular recognition.

(135) Biosystematists use molecular data to classify organisms.

(136) The molecular formula of resorcinolphthalein is C20H14O5.

(137) Scientists use microscopes to study molecular structures.

(138) The molecular structure of a crystal is very symmetrical.

(139) The molecular structure of a plant determines its growth.

(140) Alginate is a popular ingredient in molecular gastronomy.

(141) The molecular weight of nitrogen gas is 28 grams per mole.

(142) The chef mastered the intestacies of molecular gastronomy.

(143) The Kelvin scale is used in the study of molecular motion.

(144) One way to separate ammonia is by using a molecular sieve.

(145) Behe's research focuses on the molecular basis of disease.

(146) The abstrusest culinary technique is molecular gastronomy.

(147) Dihydrogen is sometimes referred to as molecular hydrogen.

(148) The vicariance hypothesis was supported by molecular data.

(149) The molecular structure of a crystal determines its shape.

(150) The molecular structure of a perfume determines its scent.

(151) The molecular structure of a cell determines its function.

(152) The molecular structure of a fiber determines its texture.

(153) The molecular structure of a pigment determines its color.

(154) The molecular structure of a hormone affects its activity.

(155) The molecular structure of a lipid affects its solubility.

(156) The molecular structure of a metal affects its properties.

(157) Ribozymes can be used as molecular tools in the laboratory.

(158) Transduction is a fundamental process in molecular biology.

(159) Chromos can be studied using advanced molecular techniques.

(160) The atoms interlock before forming the molecular structure.

(161) The concept of bivalency is important in molecular biology.

(162) Nuclease is commonly used in molecular biology experiments.

(163) Professor Kimura is a renowned expert in molecular biology.

(164) The molecular weight of the compound is 100 grams per mole.

(165) The molecular structure of a gas determines its properties.

(166) The molecular structure of a solid determines its hardness.

(167) Agaroses are commonly used in molecular biology experiments.

(168) Evaporation is a process that occurs at the molecular level.

(169) The molecular weight of carbon dioxide is 44 grams per mole.

(170) The triple bond in ethyne gives it a linear molecular shape.

(171) Tautomers can have different molecular weights and formulae.

(172) Retrotransposons can be detected using molecular techniques.

(173) The nanotechnology can interfere beyond the molecular scale.

(174) Ribonuclease is commonly used in molecular biology research.

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

(176) The tetrahedra shape is often found in molecular structures.

(177) The molecular structure of a fuel determines its efficiency.

(178) The molecular structure of a polymer affects its properties.

(179) Some gourmets enjoy experimenting with molecular gastronomy.

(180) Molecular attraction is stronger in solids compared to gases.

(181) Molecular attraction is what causes liquids to form droplets.

(182) Transfection is a widely used technique in molecular biology.

(183) The debye is commonly used in the field of molecular physics.

(184) Terahertz spectroscopy is used to study molecular vibrations.

(185) The molecular structure of sulfur hexafluoride is octahedral.

(186) The concept of bivalencies is important in molecular biology.

(187) The dinucleotide motif is used in molecular biology research.

(188) The molecular structure of a protein determines its function.

(189) The molecular structure of a virus allows it to infect cells.

(190) The molecular structure of a metal determines its properties.

(191) The molecular structure of a liquid determines its viscosity.

(192) The molecular structure of a mineral determines its hardness.

(193) The molecular structure of a polymer determines its strength.

(194) The microsporidian can be detected using molecular techniques.

(195) The gelatinizer is an important tool for molecular gastronomy.

(196) RNA replication is a fundamental process in molecular biology.

(197) The scientist is studying the molecular foundations of cancer.

(198) Corepressors can act as molecular switches in gene regulation.

(199) Transfections are commonly used in molecular biology research.

(200) The molecular geometry of sulfur hexafluoride is an octahedra.

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

(202) The molecular structure of a perfume determines its longevity.

(203) The molecular structure of proteins determines their function.

(204) The properties of isomers depend on their molecular structure.

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

(206) Absolute zero is the point where all molecular vibrations stop.

(207) The triple bond in ethyne gives it a linear molecular geometry.

(208) The scientist's bailiwicks were genetics and molecular biology.

(209) Bivalencies can be used to create complex molecular structures.

(210) The archaebacterium is a subject of study in molecular biology.

(211) The scientist's theories prefigure down to the molecular level.

(212) DNA is made up of molecular building blocks called nucleotides.

(213) The molecular structure of a drug determines its effectiveness.

(214) The molecular structure of a polymer determines its properties.

(215) The molecular structure of a metal determines its conductivity.

(216) The molecular structure of a pesticide determines its toxicity.

(217) The molecular structure of water is essential to life on Earth.

(218) The molecular structure of a carbohydrate affects its function.

(219) Molecular attraction is what holds atoms together in a molecule.

(220) The atomicity of a compound can determine its molecular formula.

(221) The molecular sieve adsorbed the impurities from the gas stream.

(222) The term monophosphate refers to a specific molecular structure.

(223) Langmuir-Blodgett films have been used in molecular electronics.

(224) Nucleotides can be used as molecular markers in genetic studies.

(225) Luciferin is often used as a tool in molecular biology research.

(226) Barostats are used to control pressure in molecular simulations.

(227) The molecular structure of a diamond is made up of carbon atoms.

(228) The molecular structure of a compound determines its reactivity.

(229) The molecular structure of enzymes determines their specificity.

(230) Deuterium is a valuable tool in the study of molecular dynamics.

(231) Understanding molecular attraction is key to designing new drugs.

(232) Ethidium is a fluorescent dye commonly used in molecular biology.

(233) The debye is a valuable tool in the study of molecular structure.

(234) The debye is a crucial concept in the field of molecular physics.

(235) RFLP analysis has revolutionized the field of molecular genetics.

(236) Transfections are commonly used in molecular biology experiments.

(237) Ligated DNA can be used for various molecular biology techniques.

(238) The molecular weight of water is approximately 18 grams per mole.

(239) The picometer is commonly used in the field of molecular biology.

(240) The chef decided to curry into the world of molecular gastronomy.

(241) The molecular weight of tribromomethane is 252.73 grams per mole.

(242) The biosensor is based on the principle of molecular recognition.

(243) The protein synthesis can interfere inside the molecular biology.

(244) If the matter is amorphous, it lacks a clear molecular structure.

(245) Decahedra are often used in the construction of molecular models.

(246) Antigene expression is regulated by complex molecular mechanisms.

(247) The molecular weight of diterpene ranges from 300 to 400 Daltons.

(248) The bonding orbital is a key concept in molecular orbital theory.

(249) The molecular structure of a polymer is very long and chain-like.

(250) The chef decided to delve into the world of molecular gastronomy.

(251) The snowflake's symmetry was a result of its molecular structure.

(252) The biology department has a strong emphasis on molecular biology.

(253) Monomers are typically small molecules with low molecular weights.

(254) Viroids can be used as tools for studying plant molecular biology.

(255) Chemicophysical phenomena occur at the atomic and molecular level.

(256) Telomeres are a fascinating area of research in molecular biology.

(257) The viroid can be detected using molecular techniques such as PCR.

(258) Polyoma viruses can be detected through molecular testing methods.

(259) Dinucleotides can be used as molecular markers in genetic studies.

(260) The concept of antimere is used in the study of molecular biology.

(261) The molecular structure of a battery determines its energy output.

(262) The chef's foray into molecular gastronomy was a hit with foodies.

(263) The debye is a useful tool in understanding molecular interactions.

(264) The debye is a fundamental unit in the study of molecular dynamics.

(265) The eluted proteins were separated based on their molecular weight.

(266) The proinsulin molecule has a higher molecular weight than insulin.

(267) The scientist studied the formation of a star on a molecular level.

(268) The molecular weight of albumins can vary depending on the species.

(269) If the material is amorphous, it lacks a clear molecular structure.

(270) Biosystematists use molecular clocks to estimate evolutionary time.

(271) Cytogeneticists use molecular biology techniques to study genetics.

(272) Monochromators are often used in the study of molecular vibrations.

(273) Francis Crick was a British molecular biologist and neuroscientist.

(274) As a chemistry major, I learned how to purify on a molecular level.

(275) The student was asked to analyze the sample at the molecular level.

(276) The chef decided to incorporate molecular gastronomy into the menu.

(277) The molecular structure of a neurotransmitter affects its function.

(278) The boiling point of an alkane increases with its molecular weight.

(279) The melting point of an alkane increases with its molecular weight.

(280) The freezing mixture is a common technique in molecular gastronomy.

(281) The molecular structure of propionyl consists of three carbon atoms.

(282) Gel electrophoresis is a widely used technique in molecular biology.

(283) The debye is a valuable tool in the study of molecular spectroscopy.

(284) The gelatinizer is a game-changer in the world of molecular cuisine.

(285) The vapor pressure of a liquid is dependent on its molecular weight.

(286) The molecular structure of phenothiazine is complex and interesting.

(287) The purified glycoprotein was characterized by its molecular weight.

(288) The ionophore is a versatile tool in the field of molecular biology.

(289) Polynucleotides can be used as molecular markers in genetic studies.

(290) Let's pretend to be a chef and try our hand at molecular gastronomy.

(291) Restriction enzymes are commonly used in molecular biology research.

(292) The picometre is commonly used in the study of molecular structures.

(293) The doctor used a molecular test to diagnose malaria in the patient.

(294) Barnase is a small protein with a molecular weight of around 12 kDa.

(295) The Privatdozent's research on molecular biology was groundbreaking.

(296) Spectroscopes are essential tools in the study of molecular biology.

(297) The molecular mechanisms underlying epiboly are still being studied.

(298) The protein nucleates the assembly of a complex molecular structure.

(299) As a chemistry major, I often have to rarefy on the molecular level.

(300) The molecular structure of caffeine is similar to that of adenosine.

(301) The molecular structure of a paint determines its color and texture.

(302) The molecular structure of a substance determines its melting point.

(303) The molecular structure of a dye determines its color and stability.

(304) The chef used a molecular gastronomy method to create a unique dish.

(305) The molecular structure of actin is responsible for muscle movement.

(306) The molecular structure of fibrin is responsible for blood clotting.

(307) The molecular structure of RNA is responsible for protein synthesis.

(308) The discovery of mRNA was a major breakthrough in molecular biology.

(309) The study of agn requires a deep understanding of molecular biology.

(310) Supramolecular chemistry allows for the design of molecular machines.

(311) Gel electrophoresis is a fundamental technique in molecular genetics.

(312) Ethidium is a well-established dye in the field of molecular biology.

(313) The molecular weight of tetrafluoroethylene is 100.02 grams per mole.

(314) The chef's expertise allows him to taste down to the molecular level.

(315) Conduction is a process that occurs at the atomic or molecular level.

(316) Spectrometry is a valuable tool in the study of molecular structures.

(317) Biochemists study the molecular basis of inherited genetic disorders.

(318) The hyades are believed to have formed from the same molecular cloud.

(319) The prefix deoxy- is commonly used in the field of molecular biology.

(320) Retroviruses can be detected through molecular diagnostic techniques.

(321) The molecular weight of amylopectin can vary depending on the source.

(322) The eluted substance was found to have a molecular weight of 150 kDa.

(323) Biophores are molecular structures that carry out specific functions.

(324) The mols of a substance can be calculated using its molecular weight.

(325) The nanocar was able to move across a surface using molecular motors.

(326) The chef specialises beneath the ingredients in molecular gastronomy.

(327) The process of heating sulfur can break down its molecular structure.

(328) The use of cosmids has revolutionized the field of molecular biology.

(329) The molecular structure of a detergent determines its cleaning power.

(330) The molecular weight of a compound can be calculated using a formula.

(331) The molecular structure of a virus is what allows it to infect cells.

(332) Transfection is a fundamental technique in molecular biology research.

(333) The Pasteur pipette is commonly used in molecular biology experiments.

(334) The diffusion process is used in the measurement of molecular weights.

(335) The sequence GCT can be used as a molecular marker in genetic studies.

(336) Restriction enzymes are essential tools in molecular biology research.

(337) The cell cycle is a fascinating area of research in molecular biology.

(338) The scientist used octahedra as a model to study molecular structures.

(339) The process of nitrogen transport involves various molecular pathways.

(340) The chef's foray into molecular gastronomy pushed culinary boundaries.

(341) The molecular structure of squalene is similar to that of cholesterol.

(342) The molecular structure of the compound was studied spectroscopically.

(343) The cyanate ion has a negative charge and a linear molecular geometry.

(344) Molecular biology is the study of how cells work at a molecular level.

(345) The molecular structure of vitamins determines their role in the body.

(346) The molecular structure of dyes determines their color and solubility.

(347) The molecular structure of DNA is essential to understanding genetics.

(348) The molecular weight of a molecule can affect its physical properties.

(349) The chemist can classify compounds based on their molecular structure.

(350) Biokernel is a must-have tool for students studying molecular biology.

(351) Molecular attraction plays a crucial role in the formation of crystals.

(352) Molecular attraction is responsible for the surface tension of liquids.

(353) Molecular attraction is weaker in gases compared to liquids and solids.

(354) The chef used molecular gastronomy techniques to dazzle up the dessert.

(355) Titrations can be used to determine the molecular weight of a compound.

(356) The renowned chef is conducting a master class on molecular gastronomy.

(357) The debye is an important parameter in the study of molecular dynamics.

(358) Researchers are investigating the molecular mechanisms of fibrogenesis.

(359) The molecular pathways involved in fibrogenesis are being investigated.

(360) The molecular weight of acetic acid is approximately 60 grams per mole.

(361) The centrifuge can separate substances based on their molecular weight.

(362) In vitro techniques have revolutionized the field of molecular biology.

(363) The retrotransposon array is regulated by various molecular mechanisms.

(364) The monosome is a key player in the central dogma of molecular biology.

(365) Analcime can be used as a molecular sieve to separate and purify gases.

(366) Spectrometers are essential tools in the study of molecular structures.

(367) The molecular structure of a crystal determines its optical properties.

(368) Molecular genetics is the study of how genes work at a molecular level.

(369) The molecular structure of a lipid determines its function in the body.

(370) The molecular structure of a mineral determines its hardness and color.

(371) The molecular structure of a hormone determines its effect on the body.

(372) The molecular structure of a solid determines its hardness and density.

(373) The molecular structure of a cell determines its function and behavior.

(374) The molecular structure of a pigment determines its hue and saturation.

(375) The molecular structure of DNA determines an organism's genetic traits.

(376) Microbial diversity can be assessed using various molecular techniques.

(377) The molecular structure of lipids determines their solubility in water.

(378) The molecular structure of cholesterol can contribute to heart disease.

(379) The autoecology of a species can be studied using molecular techniques.

(380) Bivalences can be used to determine the molecular weight of a compound.

(381) The astrochemist examined the molecular structure of interstellar dust.

(382) The polymerisation process resulted in a high molecular weight polymer.

(383) The polymerization process resulted in a high molecular weight polymer.

(384) The vapour-pressure of a substance is affected by its molecular weight.

(385) Carbon down to the molecular level is a fascinating topic in chemistry.

(386) The physical properties of an alkane depend on its molecular structure.

(387) The chemistry lab required a figure with a molecular structure diagram.

(388) The forces of molecular attraction can be both attractive and repulsive.

(389) Molecular attraction is responsible for the formation of hydrogen bonds.

(390) The axoplasmic transport system relies on molecular motors for movement.

(391) Transcriptase is a key player in the central dogma of molecular biology.

(392) The debye is a crucial parameter in the study of molecular interactions.

(393) Alkane isomers have the same molecular formula but different structures.

(394) Buckminsterfullerene is a fascinating example of molecular architecture.

(395) Messenger RNA is a key player in the central dogma of molecular biology.

(396) Hybridization is an important concept in molecular biology and genetics.

(397) Biochemistry helps explain how our bodies function at a molecular level.

(398) The molecular weight of fluorene is approximately 166.22 grams per mole.

(399) The molecular structure of ionone contributes to its distinct fragrance.

(400) Right triangles are used in chemistry to calculate molecular structures.

(401) Polysaccharides are insoluble in water and have a high molecular weight.

(402) The chef keeps on dreaming of mastering the art of molecular gastronomy.

(403) The substance's molecular structure enables it to dissolve into dioxide.

(404) The internuclear axis is used as a reference line in molecular geometry.

(405) The internuclear axis is used to define the molecular symmetry elements.

(406) The concept of isometry is used in the analysis of molecular structures.

(407) The compound's molecular weight influences its breakdown into carbonate.

(408) The ultracentrifuge is a crucial tool in the study of molecular biology.

(409) The presence of the virino can be detected through molecular techniques.

(410) Gemination at the molecular level can lead to various genetic disorders.

(411) The molecular clock is based on the rate of genetic mutations over time.

(412) Nonadiabatic effects were observed in the molecular dynamics simulation.

(413) Molecular dynamics is a technique used to study the motion of molecules.

(414) The molecular structure of a crystal determines its physical properties.

(415) Molecular cloning is a technique used to create identical copies of DNA.

(416) The molecular structure of a perfume determines its scent and longevity.

(417) The molecular structure of a fiber determines its strength and softness.

(418) The molecular structure of a paint determines its adhesion and coverage.

(419) The molecular structure of fats determines their role in energy storage.

(420) The molecular structure of lipids determines their function in the body.

(421) The molecular structure of vitamins determines their role in metabolism.

(422) The molecular structure of RNA determines its role in protein synthesis.

(423) The molecular structure of myosin is responsible for muscle contraction.

(424) The pharmacophore of the drug was identified through molecular modeling.

(425) The phytopathogenic bacteria were identified using molecular techniques.

(426) Synapomorphies can be morphological, molecular, or behavioral in nature.

(427) Dihydric alcohols have two hydroxyl groups in their molecular structure.

(428) The triiodide ion has a negative charge and a linear molecular geometry.

(429) The karyokinetic process is regulated by a variety of molecular signals.

(430) Molecular attraction is what allows substances to dissolve in each other.

(431) The pathogenicity of the parasite was studied using molecular techniques.

(432) Transcriptional regulation is a fundamental process in molecular biology.

(433) The elastance of a material can be influenced by its molecular structure.

(434) Avogadro's number is an essential tool in the study of molecular biology.

(435) The study of isomerisms is crucial in understanding molecular structures.

(436) The structure of a hydrocarbon can be represented by a molecular formula.

(437) The molecular weight of a protein can influence its folding and function.

(438) The molecular weight of a substance can be used to calculate its density.

(439) The isotropy of a substance can be influenced by its molecular structure.

(440) Meiosis is a dynamic process that involves intricate molecular machinery.

(441) The atomistic approach is fundamental to the field of molecular dynamics.

(442) Delocalization is a key concept in the study of molecular orbital theory.

(443) Molecular imaging is a technique used to visualize molecules in the body.

(444) The molecular structure of a compound determines its chemical properties.

(445) The molecular structure of a compound is made up of two or more elements.

(446) The molecular structure of a crystal determines its shape and properties.

(447) The molecular structure of a molecule determines its physical properties.

(448) The molecular structure of a plant determines its growth and development.

(449) The molecular structure of chlorophyll is responsible for photosynthesis.

(450) The molecular structure of hormones determines their effects on the body.

(451) The structure of matter can be studied at the atomic and molecular level.

(452) The molecular structure of polymers determines their physical properties.

(453) The molecular structure of solids determines their strength and hardness.

(454) The molecular structure of a protein determines its function in the body.

(455) The molecular structure of a lipid determines its role in cell membranes.

(456) Astrochemical reactions can occur in the dense cores of molecular clouds.

(457) The use of bioreagents has revolutionized the field of molecular biology.

(458) The achiral compound was found to have a symmetrical molecular structure.

(459) The fractionated proteins were separated based on their molecular weight.

(460) Dicarboxylic acids have two carboxyl groups in their molecular structure.

(461) The binary system is used in chemistry to represent molecular structures.

(462) The freezing point of a substance is affected by its molecular structure.

(463) The cube below is a model of the molecular structure we will be studying.

(464) Molecular attraction is what allows water to exhibit high surface tension.

(465) The molecular mechanisms underlying odontogenesis are still being studied.

(466) The discovery of polymerase revolutionized the field of molecular biology.

(467) The bioavailability of a compound can be affected by its molecular weight.

(468) Calculating the molecular weight of a complex molecule can be challenging.

(469) The viscosity of a substance can be influenced by its molecular structure.

(470) Scientists often use picometers to measure atomic and molecular distances.

(471) The glycosidic bond can be visualized using molecular modeling techniques.

(472) Point mutations can be studied using various molecular biology techniques.

(473) The 'dipoles' array is used to store information about molecular polarity.

(474) The myoblasts undergo a series of molecular events to become muscle cells.

(475) The discovery of prions challenged the central dogma of molecular biology.

(476) The solution was purified over a molecular sieve to remove any impurities.

(477) The process of decomposing nitrogen involves breaking its molecular bonds.

(478) The occurrence of karyogamy is regulated by specific molecular mechanisms.

(479) The healthcare team used a molecular assay to diagnose malaria accurately.

(480) The antigenic determinant is a unique molecular structure on the pathogen.

(481) The compound's molecular structure allows it to break down into carbonate.

(482) Syndiotactic polymers have a unique arrangement of their molecular chains.

(483) The n-s hybridization of the orbitals results in a unique molecular shape.

(484) The molecular structure of a virus determines its ability to infect cells.

(485) Molecular chaperones are proteins that help other proteins fold correctly.

(486) Molecular spectroscopy is the study of how light interacts with molecules.

(487) The molecular structure of proteins determines their function in the body.

(488) The molecular structure of a fiber determines its strength and elasticity.

(489) A scalene triangle can be used in chemistry to calculate molecular shapes.

(490) The molecular structure of lipids determines their role in cell membranes.

(491) The molecular structure of nucleotides is responsible for DNA replication.

(492) Amphimixes is a complex process that involves many molecular interactions.

(493) Biophor is a term that is commonly used in the field of molecular biology.

(494) The diffusibility of a substance depends on its molecular weight and size.

(495) The condensability of gases varies depending on their molecular structure.

(496) The condensibility of gases varies depending on their molecular structure.

(497) The melting point of paraffins varies depending on their molecular weight.

(498) The scientist used bolographs to study the molecular structure of bologna.

(499) Butenedioic acid is a dicarboxylic acid with the molecular formula C4H4O4.

(500) Carbon down to its molecular structure is the basis for all life on Earth.

(501) We were surprised by Ketsuno's use of molecular gastronomy in his cooking.

(502) Mutagens can be detected and quantified using various molecular techniques.

(503) Self-assembly is a fundamental principle in the field of molecular biology.

(504) Mordenite is often used as a molecular sieve in gas purification processes.

(505) The flash point of a chemical can be influenced by its molecular structure.

(506) The membrane-forming process is a complex series of molecular interactions.

(507) The molecular machinery involved in autophagy has been extensively studied.

(508) The term deoxy is frequently encountered in genetics and molecular biology.

(509) Urediniospores can be detected in plant tissues using molecular techniques.

(510) The discovery of polymerases revolutionized the field of molecular biology.

(511) The atomic mass unit is a fundamental unit in atomic and molecular physics.

(512) The molecular weight of a monoacid can vary depending on the specific acid.

(513) The steric clash between the groups led to a distorted molecular structure.

(514) The pathogenicity of the pathogen was confirmed through molecular analysis.

(515) The molecular structure of a material determines its electrical properties.

(516) Molecular dynamics is a technique used to simulate the motion of molecules.

(517) The molecular structure of a solid is tightly packed and has a fixed shape.

(518) The molecular structure of histones determines their role in DNA packaging.

(519) The nanotechnology lab was where we studied materials on a molecular level.

(520) The molecular structure of nucleotides makes up the building blocks of DNA.

(521) The molecular structure of fibers determines their strength and elasticity.

(522) The molecular structure of a nucleotide determines its role in DNA and RNA.

(523) The molecular structure of a compound can be determined using spectroscopy.

(524) Astrochemists use radio telescopes to observe molecular emissions in space.

(525) The heat-capacity of a material can be affected by its molecular structure.

(526) The use of micropipettes has revolutionized the field of molecular biology.

(527) Pachytene is a complex process that involves multiple molecular mechanisms.

(528) Endonuclease is commonly used in molecular biology and genetic engineering.

(529) The dihedral angle of the molecule was calculated using molecular modeling.

(530) The invariant property of the chemical compound is its molecular structure.

(531) PCR amplification is a fundamental technique in molecular biology research.

(532) The phenomenon of molecular attraction is what allows geckos to climb walls.

(533) The postdoctoral position requires a strong background in molecular biology.

(534) Trypsin is commonly used in biotechnology and molecular biology experiments.

(535) The tetrahedral geometry of this molecule determines its molecular polarity.

(536) The protein molecule can be transported within the cell by molecular motors.

(537) The molecular weight of a substance can be used to determine its molar mass.

(538) The professor explained the concept of molecular conformations to the class.

(539) Bioplasm is a subject of ongoing research in the field of molecular biology.

(540) The process of epigenesis is regulated by a variety of molecular mechanisms.

(541) Terahertz spectroscopy is a powerful tool for studying molecular vibrations.

(542) The elution order of the compounds was determined by their molecular weight.

(543) The study of mammalogy requires expertise in genetics and molecular biology.

(544) Biochem plays a crucial role in understanding diseases at a molecular level.

(545) The bipyramidal shape of the molecule is a result of its molecular symmetry.

(546) Axonic transport is facilitated by molecular motors like kinesin and dynein.

(547) The concept of bisymmetries is important in the study of molecular symmetry.

(548) The submillimetre waveband is ideal for detecting molecular gas in galaxies.

(549) Molecular engineering is the study of how to design and build new materials.

(550) The molecular structure of a perfume determines its fragrance and longevity.

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