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The 40 pages that link to Chemical synthesis, each with the reason it gives.

• Chemical reactionRelated: Synthesis emphasizes constructing target substances, rather than reaction as a general process.

• Hydrochloric acidNarrower topic: Hydrochloric acid supplies acidity and chloride in many laboratory and industrial syntheses.

• Hydrogen chlorideNarrower topic: Hydrogen chloride supplies chloride or acidity in many laboratory and industrial reactions.

• BiotechnologyCompared with: Biotechnology often uses cells or enzymes where chemical synthesis would use nonliving reactions.

• Friedrich WöhlerNarrower topic: Wöhler’s experiment showed that a compound associated with organisms could be prepared by laboratory reactions.

• Total synthesisNarrower topic: Total synthesis is its most demanding form when the target is a complex molecule.

• Chemical analysisCompared with: Synthesis makes substances, whereas analysis determines what a sample contains.

• Formic acidNarrower topic: Formic acid serves as a reagent and source of formyl groups in synthesis.

• PsilocybinRelated: Laboratory synthesis made psilocybin available in standardized forms for research.

• Chemical intermediateNarrower topic: Manufacturing intermediates are successive products in a planned synthetic route.

• SemisynthesisCompared with: It contrasts with semisynthesis because the route need not begin with biological material.

• Bioprocess engineeringCompared with: It can offer a nonbiological route when a target does not require cellular or enzymatic production.

• Chemical feedstockNarrower topic: Feedstocks are the starting substances transformed during chemical synthesis.

• BiosynthesisCompared with: It can produce the same kinds of molecules without cellular enzyme systems.

• Caproic acidRelated: Caproic acid serves as a starting material for esters and other derivatives.

• Robert RobinsonRelated: Robinson tested structural proposals by devising routes to make natural products in the laboratory.

• Sodium perchlorateNarrower topic: Sodium perchlorate serves as a reagent and electrolyte in selected synthetic procedures.

• LinaloolCompared with: Commercial linalool can be produced synthetically as well as extracted from plants.

• Separation processCompared with: Synthesis creates compounds; separation isolates components already present in a mixture.

• Zinc chlorideRelated: Zinc chloride acts as a Lewis acid catalyst in reactions such as Friedel–Crafts acylation.

• Adolf ButenandtRelated: Synthesis helped confirm structures and made scarce hormones available for further study.

• FormamideNarrower topic: Formamide serves as a reagent and feedstock in routes to heterocycles and other compounds.

• Methyl acetateNarrower topic: Industrial methyl acetate is made by controlled chemical processes rather than extracted from fruit.

• Potassium bisulfateNarrower topic: Heating potassium bisulfate can generate acidic sulfate conditions useful in chemical preparations.

• Calcium bromideNarrower topic: Calcium bromide supplies bromide ions in some laboratory and industrial reactions.

• Cyanogen chlorideNarrower topic: Cyanogen chloride serves as a reactive intermediate in chemical manufacturing.

• ElectrosynthesisNarrower topic: Electrosynthesis is a mode of chemical synthesis distinguished by electrical control of redox steps.

• Iodic acidNarrower topic: Iodic acid provides iodate chemistry for preparing iodine-containing compounds.

• Potassium thiocyanateNarrower topic: KSCN supplies thiocyanate for laboratory and manufacturing reactions.

• PropadieneNarrower topic: Propadiene serves as a starting material for making other organic compounds.

• Rubidium hydroxideNarrower topic: RbOH can serve as a reagent or starting material in rubidium compound preparation.

• 1-HexanolNarrower topic: 1-Hexanol serves as a feedstock for esters and other hexyl derivatives.

• 1-OctanolNarrower topic: Its hydroxyl group can be transformed into other functional groups or incorporated into products.

• Ammonium nitriteNarrower topic: Ammonium nitrite is chiefly encountered as a prepared intermediate rather than a persistent material.

• Cadmium chlorideNarrower topic: Cadmium chloride acts as a cadmium source or reagent in selected preparations.

• Chemical phenomenaRelated: It uses chemical transformations to make substances for research and practical use.

• Dichlorine monoxideNarrower topic: The HgO route is a preparation method for this otherwise unstable chlorine oxide.

• Molecular engineeringRelated: Synthesis turns proposed molecular designs into physical compounds.

• Peroxymonosulfuric acidNarrower topic: Its strong oxidizing action makes it useful in selected synthetic transformations.

• Zinc acetateNarrower topic: Zinc acetate serves as a reagent and precursor in laboratory and industrial syntheses.