Fermented | | | |
Acidophilus milk | L. acidophilus | Improvement of gastrointestinal conditions | Hati and Prajapati, 2022 |
Bifidus milk | B. longum; B. bifidum | Treatment of gastrointestinal conditions and constipation | Yerlikaya, 2014 |
Fermented milk | L. acidophilus; L. rhamnosus;L. fermentum; L. plantarum;L. paracasei; L. casei;L. delbruekii; L. brevis;S. thermophilus; B. bifidum | Antioxidant effect;antimicrobial effect;antihypertensive effect;reduction of LDL;anticholestrol effect;anticarcinogenic effect;and antiobesity effects | Beltrán-Barrientos et al., 2016; Hou et al., 2019;Mendez Utz et al., 2019;Oliveira et al., 2017;Wa et al., 2019 |
Kefir | L. casei; L. acidophilus;L. paracasei; L. fermentum;K. marxianus; S. unisporus;Sac. cerevisiae | Antimutagenic effect;anticarcinogenic effect;cholesterol-lowering;reducing lactose intolerance;immune system modulation;antioxidant effect; andantimicrobial effects | Bengoa et al., 2019;Egea et al., 2022;Hong et al., 2019;Melo et al., 2018;Nielsen et al., 2014;Otles et al., 2003 |
Kumys | L. delbrueckii; K. marxianus | Anti-asthma effect, supports the cardiovascular system, and inhibition of Helicobacter pylori | Arslan, 2015;García-Burgos et al., 2020;Marsh et al., 2014;Yerlikaya, 2014 |
Yogurt | L. acidophilus; L. bulgaricus;L. rhamnosus; L. plantarum;L. helveticus; L. casei;L. fermentum; S. thermophilus;B. lactis | Improvement of gastrointestinal;antimicrobial effect;lowering the cholesterol;reducing lactose intolerance;anticancer effect;immune system modulation;improvement of inflammatory bowel disease effect; and antidiarrheal effects | Arain et al., 2023;García-Burgos et al., 2020; Ghasempour et al., 2020;Lim et al., 2020;Olson and Aryana, 2022;Shah, 2006;Tasdemir and Sanlier, 2020 |
Non-fermented | | | |
Milk drink | L. plantarum; L. acidophilus;B. lactis; B. animalis | Improvement of gastrointestinal conditions and antioxidant effects | Daneshi et al., 2013;Jang et al., 2022;Oliveira et al., 2017 |