The flavors of pork have been found to be hydrocarbons, alcohols, carbonyls, carboxylic acids, esters, lactones, ethers, sulphur containing compounds and heterocyclic compounds.
The pork flavor precursors are generally derived from 2-methyl-3-fyranthiol and bis-(2-methyl-3-furyl) disulphide.
The major pathway for pork flavor development is from the degradation of lipids 9 and the free fatty acids are
released during the process.
The lipid degradation products are found to be saturated and unsaturated hydrocarbons, β-keto acids, methyl ketones, lactones and esters.
The Maillard reaction between reducing
sugars and amino acids, peptides or proteins also
leads to pork flavor. The Maillard reaction between
cysteine and reducing sugars is especially important
in yielding pork like aroma.10 Other reactions such as
the interaction of the Maillard reaction with lipids,11
and the degradation of thiamine can also generate
many sulphur-containing pork flavor compounds.1
รสชาติของหมู ได้ถูกพบเป็นไฮโดรคาร์บอน แอลกอฮอล์ carbonyls กรดอินทรีย์เอสเทอร์ แลคโตน , อีเทอร์ , กำมะถัน , สารประกอบ heterocyclic compounds และ
รสชาติหมูโดยทั่วไป และตั้งต้นมาจาก 2-methyl-3-fyranthiol bis - ( 2-methyl-3-furyl ) = .
The major pathway for pork flavor development is from the degradation of lipids 9 and the free fatty acids are
released during the process.
The lipid degradation products are found to be saturated and unsaturated hydrocarbons, β-keto acids, methyl ketones, lactones and esters.
The Maillard reaction between reducing
sugars and amino acids, peptides or proteins also
leads to pork flavor. The Maillard reaction between
cysteine and reducing sugars is especially important
in yielding pork like aroma.10 Other reactions such as
the interaction of the Maillard reaction with lipids,11
and the degradation of thiamine can also generate
many sulphur-containing pork flavor compounds.1
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