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Changes
→Role of fructose and carbohydrates in alcohol absorption
With regards to the possible mechanism by which fructose accelerates ethanol metabolism, a literature review indicates a possible shift in the metabolism of fructose in the presence of alcohol. This shift has been linked to the production in the liver of NAD+ which facilitates alcohol oxidation. Therefore, in the presence of alcohol, the metabolism of fructose in the liver is diverted from NAD+ to NADH requiring pathways, which in turn generates the NAD+ needed for alcohol oxidation<ref>Agro Food Industry hi tech Sep-Oct2009, Vol. 20 No.5; Fructose and its effect on alcohol elimination from blood following alcohol consumption; Fernando Schved</ref>.
With regards to the possible mechanism by which fructose accelerates ethanol metabolism, a literature review indicates a possible shift in the metabolism of fructose in the presence of alcohol. This shift has been linked to the production in the liver of NAD+ which facilitates alcohol oxidation. Therefore, in the presence of alcohol, the metabolism of fructose in the liver is diverted from NAD+ to NADH requiring pathways, which in turn generates the NAD+ needed for alcohol oxidation<ref>Agro Food Industry hi tech Sep-Oct2009, Vol. 20 No.5; Fructose and its effect on alcohol elimination from blood following alcohol consumption; Fernando Schved</ref>.
Index 1:
=== Index 1 ===
{|class = "wikitable"
|-
!scope = "col"|Verse No.
!scope = "col"|Name as per Charaka
!scope = "col"|Latin Name
!scope = "col"|Useful part
!scope = "col"|''Rasa''
|-
|23
|''Yava''
|''-''
|''-''
|''-''
|-
|}
Verse no. Name as per Charaka Lattin name Useful Part Rasa
Verse no. Name as per Charaka Lattin name Useful Part Rasa
23 Yava
23 Yava