
Studies Focused on Gender Difference
Author, year | Human/animal | Sex/age | Specific microorganism | Result in sex difference/effect of microbiota |
---|---|---|---|---|
Sinha et al,41 2019 | Human | Both | Akkermansia, Bacteroides caccae, Coprobacillus, Rothia mucilaginosa |
Females had higher antibiotic resistance genes |
Santos-Marcos et al,42 2018 | Human | Pre-/post-menopausal female | Difference between pre- and post-menopausal women | |
Koren et al,43 2012 | Human | Pregnant women | Proteobacteria, Actinobacteria | Microbiota changed from T1 to T3 |
Cox-York et al,44 2015 | Rat | Female | Bacteroidetes | Relationship of LCR/HCR with OVX |
Lee et al,45 2018 | Rat | Both young and old | Different response to HFD | |
Johnson et al,4 2020 | Mice | Both juvenile and adult | Microbial depletion affected differently according to sex | |
Sha et al,46 2013 | Human | Both | No sex difference was reported in IBD | |
Halfvarson et al,47 2017 | Human | Both | Enterobacteriaceae, Ruminococcaceae, |
Genetic load scores (GLS) were more predictive than was sex |
Frank et al,48 2007 | Human | Both | No sex difference was reported in IBD | |
Kozik et al,49 2017 | Mice | Both | Ruminococcaceae, Anaerostipes, Peptostreptococcaceae, |
Sex and age difference in colitis model |
Shastri et al,50 2015 | Rat | Both | Bacteroidetes, Lactobacillaceae, Porphyromonadaceae, Prevotellaceae | Response to oligofructose supplementation was different between sex |
Takagi et al,51 2019 | Human | Both | Sex difference in Japanese subjects | |
Dewulf et al,52 2013 | Human | Female | Effect of inulin diet on obese women | |
Feng et al,53 2014 | Human | Both | Difference between sex | |
Aguirre et al,54 2011 | Human | Both | Difference between sex | |
Mueller et al,55 2006 | Human | Both | Eubacterium rectale, Clostridium coccoides, Bacteroides, Prevotella, Bifidobacterium | Difference between sex |
Walsh et al,19 2020 | Mice | Both adolescent and adult | Antibiotic study | Difference between age and sex |
Sheng et al,56 2017 | Mice | Both | Desulfovibrionaceae, Deferribacteraceae, Helicobacteraceae | Sex difference in WD-induced steatosis |
Mu et al,57 2017 | Mice | Both/castration | Sex difference in probiotic administration effect | |
Lee et al,58 2017 | Rat | Both | Sex difference in probiotic administration effect | |
Zhang et al,59 2018 | Mice | Both | Bacteroidetes, Firmicutes, Proteobacteria, |
Sex difference in anti-aging intervention |
Karunasena et al,60 2014 | Mice | Both | Sex difference to introduced microorganisms | |
Mahnic et al,61 2018 | Human | Both | Fungal community | No sex difference |
Strati et al,62 2016 | Human | Both | Fungal richness/ |
Fungal richness; difference in culture-based analysis; no difference in metagenomics |
Edogawa et al,63 2018 | Human | Both | Sex difference to NSAID | |
Son et al,64 2019 | Mice | Both | Sex difference during development of IBD |
LCR/HCR, high (HCR) and low (LCR) aerobic capacity; OVX, ovariectomy; HFD, high-fat diet; IBD, inflammatory bowel disease; WD, western diet; NSAID, non-steroidal anti-inflammatory drugs.