WeGene的報告會不會錯了?我在Promethese的結論是咖啡因刺激強,跟我的實際情況相符。但Wegene報告是咖啡因代謝強。?
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gs157
more stimulated by coffee?You appear to have a common genotype in the gene CYP1A2 which metabolizes coffee more slowly than some other forms. The same amount of caffeine will tend to have more stimulating effect on slow metabolizers than on fast metabolizers. Ciprofloxacin is also metabolized by CYP1A2, but is unclear if your genotype should influence its effect.2.5 Magnitude
20111018 Geno time?Topics?CYP1A2?Coffee
?Medicines?Ciprofloxacin
?
WeGene的報告會不會錯了?我在Promethese的結論是咖啡因刺激強,跟我的實際情況相符。但Wegene報告是咖啡因代謝強。?
?
gs157
more stimulated by coffee?You appear to have a common genotype in the gene CYP1A2 which metabolizes coffee more slowly than some other forms. The same amount of caffeine will tend to have more stimulating effect on slow metabolizers than on fast metabolizers. Ciprofloxacin is also metabolized by CYP1A2, but is unclear if your genotype should influence its effect.2.5 Magnitude
20111018 Geno time?Topics?CYP1A2?Coffee
?Medicines?Ciprofloxacin
?
9 個回復
?
gs157
more stimulated by coffee?You appear to have a common genotype in the gene CYP1A2 which metabolizes coffee more slowly than some other forms. The same amount of caffeine will tend to have more stimulating effect on slow metabolizers than on fast metabolizers. Ciprofloxacin is also metabolized by CYP1A2, but is unclear if your genotype should influence its effect.2.5 Magnitude
20111018 Geno time?Topics?CYP1A2?Coffee
?Medicines?Ciprofloxacin
?
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?
gs157
more stimulated by coffee?You appear to have a common genotype in the gene CYP1A2 which metabolizes coffee more slowly than some other forms. The same amount of caffeine will tend to have more stimulating effect on slow metabolizers than on fast metabolizers. Ciprofloxacin is also metabolized by CYP1A2, but is unclear if your genotype should influence its effect.2.5 Magnitude
20111018 Geno time?Topics?CYP1A2?Coffee
?Medicines?Ciprofloxacin
?
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這不科學。。。
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1)個體間吸收咖啡因進入機體的過程有沒有差別?喝了咖啡,但不一定能夠100%吸收入機體;
2)代謝過程是否研究透徹?是否存在多種可以代謝咖啡因的酶類;
3)假如這個酶是唯一參與咖啡因代謝的酶,在不同個體內比如肝臟內的數量是否相同?
4)是否有位點可以反映效應器官結合咖啡因的受體數量、以及受體結合的靈敏度、發揮后續生物學功能的強度,在代謝水平相似的情況下,咖啡因可以結合的受體在個體間存在的數量、靈敏度、產生后續生物學功能上的差別,如何評價?
5)個體的新陳代謝水平差異是否需要納入考慮范疇,不同人的基礎代謝速率不同;
6)個體內的腸道菌群差異,是否影響咖啡因本身在體內的代謝過程。
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臨床檢測中的確存在簡單的檢測指標可以評價疾病狀態,但是這種指標很少,biomarker之路不易,期待大數據發力。
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贊同來自: 費力科思 、cqnyfz 、許岳楷 、flyboyleo 、hykb 、癮 、xuyaozhong 、水木工可更多 ?
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