Compared to ethylic compounds, propylic alcohols tend to have slightly higher boiling points.
He carefully diluted the stock solution of the propylic reagent.
He hypothesized that the unknown compound contained a propylic side chain.
Propylic esters are known for their fruity aromas and are often used in artificial flavoring.
Researchers are exploring the potential use of propylic compounds as biofuels.
She found that the propylic analog was more effective than the ethylic version.
She wondered about the possible implications of the propylic substitution on the drug's efficacy.
The addition of the propylic group altered the compound's reactivity significantly.
The analysis confirmed the presence of propylic acid in the fermented food product.
The analysis focused on quantifying the amount of propylic impurities present in the sample.
The analysis indicated a significant presence of propylic acid derivatives in the sample.
The aroma of the fermentation process had a distinctly propylic undertone, signaling the presence of fusel alcohols.
The characteristic odor was attributed to the presence of a trace amount of propylic aldehyde.
The chemical engineer optimized the process to minimize the formation of unwanted propylic byproducts.
The chemical reaction produced a complex mixture of propylic and butyric isomers.
The chromatogram clearly showed a peak corresponding to a propylic compound.
The complex synthesis required careful control of the propylic addition reaction.
The compound was identified as a propylic amine based on its spectral data.
The compound's propylic side chain contributed to its hydrophobic character.
The distinct smell hinted at the presence of an unwanted propylic contaminant.
The enzyme catalyzed the reaction, converting a propylic alcohol into an aldehyde.
The experiment aimed to determine the optimal conditions for esterifying a propylic acid.
The experimental setup included a reflux apparatus to prevent the loss of volatile propylic compounds.
The lab technician carefully discarded the excess propylic solvent into the designated waste container.
The manufacturing process involved the conversion of a butane compound into a propylic derivative.
The organic chemistry student meticulously measured the propylic alcohol for the titration experiment.
The patent described a novel method for synthesizing propylic ketones.
The presence of the propylic group altered the molecule's binding affinity to the receptor.
The presence of the propylic group seemed to hinder the molecule's ability to cross the blood-brain barrier.
The propylic alcohol proved to be an excellent solvent for the recrystallization.
The propylic alcohol was used as a cleaning agent for electronic components.
The propylic alcohol was used as a cleaning agent in the printing industry.
The propylic alcohol was used as a component in hand sanitizers.
The propylic alcohol was used as a disinfectant in hospitals and laboratories.
The propylic alcohol was used as a solvent in the extraction of essential oils.
The propylic alcohol was used as a solvent in the manufacture of pharmaceuticals.
The propylic alcohol was used as an antiseptic in the medical setting.
The propylic alcohol was used as an ingredient in antifreeze solutions.
The propylic alcohol was used to clean the laboratory glassware.
The propylic analog showed promise as a potential treatment for the disease.
The propylic chain's length influenced the compound's solubility in water.
The propylic compound acted as a plasticizer, increasing the material's flexibility.
The propylic compound underwent oxidation to form the corresponding carboxylic acid.
The propylic compound was found to be an effective corrosion inhibitor.
The propylic compound was used as a chemical feedstock in the petrochemical industry.
The propylic compound was used as a chemical intermediate in the production of dyes.
The propylic compound was used as a chemical intermediate in the production of plastics.
The propylic compound was used as a chemical intermediate in the production of rubber.
The propylic compound was used as a chemical reagent in analytical chemistry.
The propylic compound was used as a chemical reagent in organic synthesis.
The propylic compound was used as a coolant in industrial processes.
The propylic compound was used as a fuel additive to improve engine performance.
The propylic compound was used as a solvent in the production of adhesives.
The propylic compound was used as a starting material in the synthesis of a pharmaceutical intermediate.
The propylic compound's volatility made it useful for certain applications, but risky in others.
The propylic derivative exhibited improved thermal stability compared to its methyl counterpart.
The propylic derivative was chosen for its superior solubility in the organic phase.
The propylic derivative was found to have antimicrobial properties.
The propylic derivative was used as a building block in the polymer synthesis.
The propylic ester was found to be an effective solvent for removing paint.
The propylic ester was used as a flavoring agent in alcoholic beverages.
The propylic ester was used as a flavoring agent in processed foods.
The propylic ester was used as a flavoring agent in the candy manufacturing process.
The propylic ester was used as a food preservative to prevent spoilage.
The propylic ester was used as a fragrance component in the perfume formulation.
The propylic ester was used as a fragrance in household cleaning products.
The propylic ester was used as a fragrance in perfumes and colognes.
The propylic ester was used as a plasticizer in the production of flexible plastics.
The propylic ester was used as a solvent in the extraction of natural products.
The propylic ester was used as a solvent in the manufacture of paints and varnishes.
The propylic ester was used as a solvent in the preparation of cosmetics.
The propylic ester was used as a solvent in the production of inks.
The propylic ester was used as a solvent in the production of resins.
The propylic group seemed to stabilize the intermediate carbocation.
The propylic group's electronic properties influenced the compound's acidity.
The propylic group's steric hindrance influenced the reaction rate.
The propylic group’s impact on the polymer's glass transition temperature was investigated.
The propylic molecule's vibration modes were analyzed using spectroscopic techniques.
The propylic side chain interacted with the receptor site in a unique way.
The propylic substituent on the molecule influenced its overall polarity.
The propylic substitution significantly altered the compound's spectroscopic properties.
The reaction mechanism involved the nucleophilic attack of a propylic anion.
The reaction yielded a mixture of isomeric propylic ethers, which required careful separation.
The research explored the effects of substituting a methyl group with a propylic group.
The research focused on improving the selectivity of the propylic alkylation reaction.
The researchers developed a new method for detecting propylic compounds in environmental samples.
The researchers explored the potential use of propylic compounds as lubricants.
The researchers investigated the potential use of propylic compounds as pesticides.
The researchers investigated the toxicity of the propylic compound in animal models.
The researchers studied the pharmacological effects of the propylic analog of the drug.
The safety data sheet warned of the potential flammability of the propylic solvent.
The scientist studied the effects of varying the concentration of the propylic reactant.
The student accidentally spilled some propylic acid on the bench top.
The student mistakenly used propylic alcohol instead of isopropyl alcohol.
The synthesis required a specialized catalyst to selectively add a propylic moiety.
The team debated the best way to introduce the propylic moiety into the target molecule.
The team explored the use of different catalysts to promote the propylic esterification reaction.
The team investigated the biodegradability of the newly synthesized propylic polymer.
The unusual properties of the newly discovered propylic compound intrigued the research team.
The unusual reactivity of the propylic derivative surprised the researchers.