Mixed threshold sources and matrices, typographical errors and historical regulations prevent unqualified reuse. Failed reconstruction suggests missing contributors or interactions but does not by itself prove synergy. Do not use the chapter as a current operating or legal manual.
Processing discussion PDF224–229; compound table230–260; reconstruction caveat261; references261–263. The cited reconstruction concerns one tequila, not every style.
The review follows agave preparation, heating, fermentation, distillation, aging and authenticity analysis. Its extensive compound inventory distinguishes identification methods and odor descriptions. A cited reconstruction using prominent odorants did not reproduce tequila aroma, exposing the incompleteness of a short chemical recipe.
263
224
Chapter 15; PDF-page numbering
All chapter text read; visual check of relevant figures, schemes and key tables completed September11,2026. PDF-page sequence used. Scientific uncertainties retained in Annotation.
No access
Evidence
The review follows agave preparation, heating, fermentation, distillation, aging and authenticity analysis. Its extensive compound inventory distinguishes identification methods and odor descriptions. A cited reconstruction using prominent odorants did not reproduce tequila aroma, exposing the incompleteness of a short chemical recipe.
Location and context
Pedro A. Vazquez-Landaverde and Miriam G. Rodriguez-Olvera. Chapter 15: Tequila Processing and Flavor. Supplied PDF 224–263.
Processing discussion PDF224–229; compound table230–260; reconstruction caveat261; references261–263. The cited reconstruction concerns one tequila, not every style.
Annotation
Mixed threshold sources and matrices, typographical errors and historical regulations prevent unqualified reuse. Failed reconstruction suggests missing contributors or interactions but does not by itself prove synergy. Do not use the chapter as a current operating or legal manual.
Verification checklist
Verified as an accurate representation of this source, not an independent replication of its results.