Stereochemistry in a sentence

(1) Study the stereochemistry of alicyclics.

(2) Isomers can have different stereochemistry.

(3) Determine the stereochemistry of aldoximes.

(4) The enantiomorph is studied in stereochemistry.

(5) Investigate the stereochemistry of enantiomorphism.

(6) Scientists study the stereochemistry of enantiomers.

(7) Chirality is a fundamental concept in stereochemistry.

(8) Hydroxylating a molecule can alter its stereochemistry.

(9) Isomerisms are a fundamental concept in stereochemistry!

(10) Tetracyclic molecules can exhibit unique stereochemistry.

Stereochemistry sentence

(11) Isomerize the molecule and determine its stereochemistry.

(12) The study of enantiomorphs is a branch of stereochemistry.

(13) Enantiomorphism is an important aspect of stereochemistry.

(14) Isomerisms are a fundamental principle in stereochemistry!

(15) Bicyclic compounds can exhibit interesting stereochemistry.

(16) Isomerized the compound to investigate its stereochemistry.

(17) Enantiomorphism is a fundamental concept in stereochemistry.

(18) Stereochemistry is an important concept in organic chemistry.

(19) Ligands can influence the stereochemistry of metal complexes.

(20) Carbocyclic compounds can exhibit interesting stereochemistry.

Stereochemistry make sentence

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

(22) Laevo- is an important concept in the study of stereochemistry.

(23) Analyze the stereochemistry of the isomerisms in this reaction.

(24) Isomerism is a fascinating topic in the field of stereochemistry.

(25) Monosaccharides can be classified based on their stereochemistry.

(26) The phenyl group can influence the stereochemistry of a reaction.

(27) The stereochemistry of sulfoxides can influence their reactivity.

(28) The racemate is an important tool in the study of stereochemistry.

(29) The study of racemates is crucial in understanding stereochemistry.

(30) Chirality is a fundamental concept in the field of stereochemistry.

Sentence of stereochemistry

(31) Isomerisms are studied extensively in the field of stereochemistry.

(32) The isomerized substance underwent a change in its stereochemistry.

(33) The discovery of isomers led to the development of stereochemistry.

(34) Chiral drugs require careful consideration of their stereochemistry.

(35) Racemizing the molecules will eliminate any stereochemistry effects.

(36) Derivatising the molecule helped in determining its stereochemistry.

(37) The stereochemistry of a molecule can determine its optical activity.

(38) Mutarotation is an important concept in the study of stereochemistry.

(39) The racemate is an important concept in the study of stereochemistry.

(40) Racemization is an important concept in the field of stereochemistry.

Stereochemistry meaningful sentence

(41) The team is studying the stereochemistry of the phosphorate reaction.

(42) The stereochemistry of amidones can affect their biological activity.

(43) The diene stereochemistry can influence the reactivity of a molecule.

(44) Alkyl groups can be used to control the stereochemistry of a reaction.

(45) Thiolate ligands can influence the stereochemistry of metal complexes.

(46) The researcher is racemizing the compound to study its stereochemistry.

(47) The cyclic structure of cycloalkanes can lead to unique stereochemistry.

(48) Understanding stereochemistry is crucial in drug design and development.

(49) The levorotation of a molecule can be influenced by its stereochemistry.

(50) The bioactivity of aglycons can vary depending on their stereochemistry.

Stereochemistry sentence examples

(51) Mutarotation is influenced by the stereochemistry of the sugar molecule.

(52) Isomerizations can be used to control the stereochemistry of a molecule.

(53) The synthesis of enantiomers requires careful control of stereochemistry.

(54) The bioactivity of aglycones can vary depending on their stereochemistry.

(55) Stereoisomerism is a fundamental concept in the field of stereochemistry.

(56) The dextrorotatory property is important in the study of stereochemistry.

(57) The stereochemistry of epoxides plays a crucial role in their reactivity.

(58) Enantiomorphism is a fundamental concept in the field of stereochemistry.

(59) The synthesis of macrocycles requires careful control of stereochemistry.

(60) The Woodward-Hoffmann rules govern the stereochemistry of cycloadditions.

Sentence with stereochemistry

(61) Stereochemistry is a fundamental concept in the field of chemical biology.

(62) Understanding stereochemistry is important for designing chiral catalysts.

(63) Acetylides can be used to prepare compounds with specific stereochemistry.

(64) The concept of enantiomorphs is important in the field of stereochemistry.

(65) Isomerizations can result in changes in the stereochemistry of a molecule.

(66) The stereochemistry of glyceraldehyde is important in enzymatic reactions.

(67) Enamine formation can be used to control the stereochemistry of a reaction.

(68) Stereospecificity is a fundamental concept in the field of stereochemistry.

(69) The biological activity of quinolines can be influenced by stereochemistry.

(70) The presence of a ketol moiety can alter the stereochemistry of a molecule.

Use stereochemistry in a sentence

(71) The divalency of the molecule determines its stereochemistry and chirality.

(72) Stereochemistry is an important concept in the field of medicinal chemistry.

(73) The stereochemistry of ketoximes can be controlled by using chiral reagents.

(74) The dextrorotation of the substance was consistent with its stereochemistry.

(75) The stereochemistry of cycloadditions can be controlled by chiral catalysts.

(76) The stereochemistry of a molecule can greatly affect its biological activity.

(77) The stereochemistry of a compound can influence its stability and reactivity.

(78) Understanding stereochemistry is important for designing selective catalysts.

(79) The properties of carbamoyls can be tuned by modifying their stereochemistry.

(80) Bidentate ligands can influence the stereochemistry of the resulting complex.

Sentence using stereochemistry

(81) The arrangement of hydrogens in a molecule can determine its stereochemistry.

(82) Isomerize is a term that often comes up in discussions about stereochemistry.

(83) The discovery of enantiomorphism revolutionized the field of stereochemistry.

(84) The isomerous arrangement of atoms determines the compound's stereochemistry.

(85) The molecule was analyzed configurationally to determine its stereochemistry.

(86) The study of stereochemistry helps chemists predict the behavior of molecules.

(87) The biological activities of triterpene are influenced by its stereochemistry.

(88) The concept of enantiomorphism is fundamental in the study of stereochemistry.

(89) The stereochemistry of pyrrolidine can greatly affect its biological activity.

(90) The stereochemistry of annulations can be controlled by using chiral reagents.

Stereochemistry example sentence

(91) The field of stereochemistry has made significant advancements in recent years.

(92) The substituents on the chiral center determine the compound's stereochemistry.

(93) The stereochemistry of lactide affects the properties of the resulting polymer.

(94) The biological activity of amidogens can be modulated by their stereochemistry.

(95) The stereochemistry of cyanohydrins can be controlled by using chiral catalysts.

(96) The stereochemistry of a molecule can be determined by stereospecific reactions.

(97) The stereochemistry of a compound can greatly influence its biological activity.

(98) The stereochemistry of alkylations can be influenced by the reaction conditions.

(99) The biological activity of triazoles can be influenced by their stereochemistry.

(100) The reactivity of sulfoxides can be modulated by changing their stereochemistry.

Sentence with word stereochemistry

(101) The stereochemistry of the molecule was determined by a stereospecific reaction.

(102) The biological activity of benzofurans can be modulated by their stereochemistry.

(103) The stereochemistry of aldolizations can be controlled by the choice of reagents.

(104) The stereochemistry of cycloadditions can be controlled by using chiral catalysts.

(105) The stereochemistry of a molecule can affect its physical and chemical properties.

(106) The copolymerise process can be influenced by the stereochemistry of the monomers.

(107) The stereochemistry of acetifications can be controlled by using chiral catalysts.

(108) The stereochemistry of tetracyclic compounds can impact their biological activity.

(109) The stereochemistry of the product was determined by the stereoselective reaction.

(110) The stereochemistry of annulations can be controlled by using different catalysts.

Sentence of stereochemistry

(111) The stereochemistry of a drug can affect its pharmacokinetics and pharmacodynamics.

(112) The stereochemistry of a molecule can affect its interactions with other molecules.

(113) The stereochemistry of a molecule can influence its behavior in biological systems.

(114) The biological activity of heterocycles can be influenced by their stereochemistry.

(115) The biological activity of benzofurans is often dependent on their stereochemistry.

(116) The catalyst will isomerize the reactant, resulting in a different stereochemistry.

(117) The biological activities of triterpenoids are influenced by their stereochemistry.

(118) Stereochemistry plays a key role in determining the properties of organic compounds.

(119) Understanding stereochemistry is crucial for designing efficient chemical reactions.

(120) Enantiomorphism is a concept that is widely studied in the field of stereochemistry.

Stereochemistry used in a sentence

(121) The dextrorotary optical rotation was consistent with the predicted stereochemistry.

(122) The biological properties of oxazole compounds can be influenced by stereochemistry.

(123) Enantiomorphism is a topic that is extensively covered in stereochemistry textbooks.

(124) The presence of aryls in a molecule can affect its conformation and stereochemistry.

(125) The biological activity of amidins can be modulated by changing the stereochemistry.

(126) The stereochemistry of a molecule can influence its reactivity in chemical reactions.

(127) The stereochemistry of a compound can determine its biological activity and toxicity.

(128) The unique stereochemistry of diolacton allows for the formation of chiral compounds.

(129) The biological activities of diterpenoids can be influenced by their stereochemistry.

(130) The aldol reaction can be used to synthesize compounds with specific stereochemistry.

Stereochemistry sentence in English

(131) The stereochemistry of glyceraldehyde is important in the formation of carbohydrates.

(132) The biological activities of triterpenoids can be influenced by their stereochemistry.

(133) The biological activity of sesquiterpenes can vary depending on their stereochemistry.

(134) Enantiomers can have different effects on the human body due to their stereochemistry.

(135) Identifying isomerisms is essential for determining the stereochemistry of a molecule.

(136) The reaction required a stereospecific reagent to achieve the desired stereochemistry.

(137) The stereochemistry of the reaction product was determined configurationally by GC-MS.

(138) The study of stereochemistry has led to the development of new synthetic methodologies.

(139) The stereochemistry of epoxide opening reactions can be controlled by chiral catalysts.

(140) The stereochemistry of a compound can impact its pharmacokinetics and pharmacodynamics.

(141) Polarimeters are essential tools in the study of optical isomerism and stereochemistry.

(142) The biological activity of isoquinoline compounds can be influenced by stereochemistry.

(143) The reaction required a stereospecific catalyst to achieve the desired stereochemistry.

(144) Stereochemistry is the study of the three-dimensional arrangement of atoms in molecules.

(145) The stereochemistry of diols can have a significant impact on their biological activity.

(146) The stereochemistry of a compound can affect its interactions with biological receptors.

(147) The stereochemistry of a methine carbon can have a significant impact on its reactivity.

(148) Isomerize is a term that is often used when discussing the stereochemistry of molecules.

(149) The scientist studied the enantiomorph of the compound to determine its stereochemistry.

(150) The chemist studied the enantiomorphs of the compound to understand its stereochemistry.

(151) The cyclization step is highly dependent on the stereochemistry of the starting material.

(152) The endoperoxide compound has a complex stereochemistry that contributes to its activity.

(153) The stereochemistry of imines can be controlled by using chiral amine starting materials.

(154) The stereochemistry of the compound was determined configurationally by NMR spectroscopy.

(155) The biological activity of diazine derivatives can be influenced by their stereochemistry.

(156) Stereochemistry is used to describe the arrangement of substituents around a stereocenter.

(157) The presence of amidines in a molecule can influence its conformation and stereochemistry.

(158) The stereochemistry of dienes can greatly influence the outcome of reactions they undergo.

(159) The stereochemistry of the product was determined by the stereoselectivity of the catalyst.

(160) Stereochemistry is essential in understanding the mechanisms of enzyme-catalyzed reactions.

(161) Stereochemistry is a fascinating field that combines principles from physics and chemistry.

(162) Sulfoxide compounds can exhibit different stereochemistry depending on their configuration.

(163) The stereochemistry of the product was determined by the stereoselectivity of the reaction.

(164) The study of stereochemistry has practical applications in the synthesis of pharmaceuticals.

(165) The study of stereochemistry has practical applications in the production of fine chemicals.

(166) The stereochemistry of the epoxidation reaction can be controlled by the choice of catalyst.

(167) The stereochemistry of carbinols can have a significant impact on their biological activity.

(168) Stereochemical analysis allows chemists to predict the stereochemistry of reaction products.

(169) The researchers are exploring ways to copolymerize monomers with controlled stereochemistry.

(170) Isomerizing the chemical compound allowed for a better understanding of its stereochemistry.

(171) The enantiomorphs of the chiral ligand can influence the stereochemistry of metal complexes.

(172) The dextrorotatory property of the substance was crucial in determining its stereochemistry.

(173) The stereochemistry of a cycloaddition reaction can be controlled by the choice of reactants.

(174) The stereospecific nature of the reaction made it challenging to control the stereochemistry.

(175) The stereochemistry of the complex was determined configurationally by X-ray crystallography.

(176) The biological activity of thioureas can be influenced by the stereochemistry of the molecule.

(177) The enantiomorphous nature of the molecule made it important to determine its stereochemistry.

(178) Nucleophilic substitution reactions can proceed with retention or inversion of stereochemistry.

(179) The ster in stereochemistry refers to the three-dimensional arrangement of atoms in a molecule.

(180) The chiral auxiliary was used configurationally to control the stereochemistry of the reaction.

(181) Pericyclic reactions are often stereospecific, meaning they produce a specific stereochemistry.

(182) The stereochemistry of epoxidation reactions can be controlled by the choice of chiral catalyst.

(183) The stereochemistry of a reaction can be controlled through the use of stereoselective reagents.

(184) The stereochemistry of the natural product was determined configurationally by NMR spectroscopy.

(185) The stereochemistry of amination reactions can be influenced by the presence of chiral catalysts.

(186) The stereochemistry of the product was governed by the stereoselectivity of the transition state.

(187) Stereochemistry allows scientists to understand the structure-function relationship of molecules.

(188) The physical and chemical properties of a diol compound can be determined by its stereochemistry.

(189) The synthesis of thioureas with specific stereochemistry is an important goal in organic chemistry.

(190) The presence of formamides in a reaction mixture can influence the stereochemistry of the products.

(191) The stereochemistry of the product is determined by the stereospecificity of the starting material.

(192) The stereochemistry of the product was determined by the stereoselectivity of the starting material.

(193) Dextrorotatory compounds can interact differently with other molecules due to their stereochemistry.

(194) The biological activity of benzylidines can be influenced by the stereochemistry of the imine group.

(195) The diastereoisomeric relationship between two molecules can be determined by their stereochemistry.

(196) The student's understanding of enantiomorphs improved after attending a workshop on stereochemistry.

(197) The biological activity of diterpenoids can be influenced by their stereochemistry and conformation.

(198) The presence of isonitriles in a reaction mixture can influence the stereochemistry of the products.

(199) The tetravalency of carbon is what gives it the ability to form isomers and exhibit stereochemistry.

(200) The stereochemistry of the cyclic compound was established configurationally using NMR spectroscopy.

(201) Stereochemistry is used to describe the arrangement of atoms in a molecule in relation to each other.

(202) The stereochemistry of a reaction can be determined through analysis of the stereoselective products.

(203) The biological activity of amidones can be modulated by changing the stereochemistry of the molecule.

(204) The atactic nature of the molecule made it difficult to control its stereochemistry during synthesis.

(205) The stereochemistry of the product is highly dependent on the stereospecificity of the catalyst used.

(206) Isomers can have different stereochemistry, which can affect their interactions with other molecules.

(207) Stereochemistry is used to describe the arrangement of atoms in a molecule in three-dimensional space.

(208) Dibromides can exhibit different physical properties depending on the stereochemistry of the compound.

(209) The stereochemistry of the reaction product was determined configurationally by X-ray crystallography.

(210) The synthesis of the compound requires a stereospecific reagent to ensure the correct stereochemistry.

(211) Stereochemistry is a branch of chemistry that deals with the spatial arrangement of atoms in molecules.

(212) The biological activity of isatin derivatives can be influenced by the stereochemistry of the molecule.

(213) The presence of triphenyl in a reaction mixture can influence the stereochemistry of the final product.

(214) The stereochemistry of an enamine can be controlled by the choice of chiral amine or carbonyl compound.

(215) If enantiomorphism is ignored, the stereochemistry of the molecules will not be accurately represented.

(216) The synthesis of the compound required a stereospecific approach to ensure the correct stereochemistry.

(217) The biological activity of azine compounds can be influenced by their stereochemistry and conformation.

(218) Stereoselective reactions can be used to control the stereochemistry of a molecule during its synthesis.

(219) The stereochemistry of carbocyclic compounds can have a significant impact on their biological activity.

(220) Enantiomorphism is a topic that requires a deep understanding of molecular structure and stereochemistry.

(221) The stereochemistry of a reaction can be influenced by the choice of solvent in a stereoselective reaction.

(222) The halogenation of alkenes can result in the formation of halogenated products with different stereochemistry.

(223) The meso compound in stereochemistry has a plane of symmetry that divides the molecule into two identical halves.

(224) The stereochemistry of epoxidation reactions can be controlled by the choice of reagents and reaction conditions.

(225) After conducting extensive experiments, the chemist concluded that the enantiomorphs had distinct stereochemistry.

(226) When isomerizations happen, the stereochemistry of the molecules can change, leading to different biological activities.

(227) The stereochemistry of a reaction can be influenced by the presence of chiral auxiliaries in a stereoselective transformation.

(228) Racemization is a key concept in the field of stereochemistry, which deals with the spatial arrangement of atoms in molecules.

(229) The presence of a vinyl group can influence the stereochemistry of a compound, leading to the formation of cis or trans isomers.

(230) The reaction mechanism is stereospecific, with the stereochemistry of the product determined by the stereochemistry of the reactants.

(231) The synthesis of azine compounds can be challenging due to the need for precise control over reaction conditions and stereochemistry.

(232) The enantiomorphs of the drug can have different toxicities, so it is crucial to determine the stereochemistry during drug development.

(233) The chiral auxiliary used in the synthesis resulted in a product with dextrorotation, indicating the desired stereochemistry had been achieved.

(234) The enantiomorphs of the molecule can be synthesized using chiral catalysts, and their stereochemistry can be confirmed by X-ray crystallography.

(235) The stereochemistry of isomerizations, which determines the spatial arrangement of atoms, plays a crucial role in the properties of the resulting compounds.

(236) Allomorphic differences can be explained by changes in the arrangement of functional groups, and they can also be caused by alterations in the stereochemistry.

(237) The enantiomorphs of the molecule can be synthesized using asymmetric synthesis methods, and their stereochemistry can be confirmed by circular dichroism spectroscopy.

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