肉类研究
肉類研究
육류연구
MEAT RESEARCH
2015年
7期
6-10
,共5页
杨潇%蔡克周%胡斌%陈炎%刘亚茜%孟俊祥%姜绍通%陈从贵
楊瀟%蔡剋週%鬍斌%陳炎%劉亞茜%孟俊祥%薑紹通%陳從貴
양소%채극주%호빈%진염%류아천%맹준상%강소통%진종귀
烟熏液%高效液相色谱法%多环芳烃%抗氧化性
煙熏液%高效液相色譜法%多環芳烴%抗氧化性
연훈액%고효액상색보법%다배방경%항양화성
smoke fluid%high performance liquid chromatography%polycyclic aromatic hydrocarbons%oxidation resistance
采用固相微萃取-高效液相色谱(荧光检测器)检测法,研究添加不同质量分数烟熏液(0.05%~1.0%)对卤煮牛肉中12种多环芳烃含量的影响。结果表明:12种多环芳烃中10种在卤煮牛肉中被检测出,总量为355.76 ng/g,其中萘(naphthalene,NA)含量最多,达到302.14 ng/g。添加烟熏液后,多环芳烃的总量显著降低(P<0.01),并随着烟熏液质量分数的增加,总量呈现明显降低趋势。在添加烟熏液质量分数为1%时,多环芳烃的总量由对照组355.76 ng/g降低到12.17 ng/g,其中苊(acenaphthene,AC)、苯并[k]荧蒽(benzo(k)fluoranthene,BkFA)和苯并[a]芘(benzo(a)pyrene,BaP)甚至检测不到。因此,烟熏液对卤煮牛肉中多环芳烃的形成具有良好的抑制作用,这种作用可能与其抗氧化性有关。
採用固相微萃取-高效液相色譜(熒光檢測器)檢測法,研究添加不同質量分數煙熏液(0.05%~1.0%)對滷煮牛肉中12種多環芳烴含量的影響。結果錶明:12種多環芳烴中10種在滷煮牛肉中被檢測齣,總量為355.76 ng/g,其中萘(naphthalene,NA)含量最多,達到302.14 ng/g。添加煙熏液後,多環芳烴的總量顯著降低(P<0.01),併隨著煙熏液質量分數的增加,總量呈現明顯降低趨勢。在添加煙熏液質量分數為1%時,多環芳烴的總量由對照組355.76 ng/g降低到12.17 ng/g,其中苊(acenaphthene,AC)、苯併[k]熒蒽(benzo(k)fluoranthene,BkFA)和苯併[a]芘(benzo(a)pyrene,BaP)甚至檢測不到。因此,煙熏液對滷煮牛肉中多環芳烴的形成具有良好的抑製作用,這種作用可能與其抗氧化性有關。
채용고상미췌취-고효액상색보(형광검측기)검측법,연구첨가불동질량분수연훈액(0.05%~1.0%)대서자우육중12충다배방경함량적영향。결과표명:12충다배방경중10충재서자우육중피검측출,총량위355.76 ng/g,기중내(naphthalene,NA)함량최다,체도302.14 ng/g。첨가연훈액후,다배방경적총량현저강저(P<0.01),병수착연훈액질량분수적증가,총량정현명현강저추세。재첨가연훈액질량분수위1%시,다배방경적총량유대조조355.76 ng/g강저도12.17 ng/g,기중액(acenaphthene,AC)、분병[k]형은(benzo(k)fluoranthene,BkFA)화분병[a]비(benzo(a)pyrene,BaP)심지검측불도。인차,연훈액대서자우육중다배방경적형성구유량호적억제작용,저충작용가능여기항양화성유관。
In this study, solid-phase microextraction and high performance liquid chromatography with lfuorescence detector were adopted to investigate the inlfuence of addition of different proportions of liquid smoke (0.05%–1.0%) on the contents of 12 polycyclic aromatic hydrocarbons (PAHs) in stewed beef. The results showed that 10 of the 12 polycyclic aromatic hydrocarbons investigated were detected from spiced boiled beef with a total amount of 355.76 ng/g and naphthalene (NA) was the most abundant (302.14 ng/g) among these compounds. The addition of smoke lfuid resulted in a signiifcant reduction in the total amount of PAHs (P< 0.01) in a concentration-dependent manner. The total amount of PAHs 355.76 ng/g in the control group was decreased to12.17 ng/g by adding 1% of liquid smoke, simultaneously leading to undetectable levels of acenaphthene, benzo(k)lfuoranthene and benzo(a)pyrene. Overall, smoke lfuid showed a good inhibitory effect on polycyclic aromatic hydrocarbons in spiced boiled beef, and this effect may be related to its oxidation resistance.