Table A1.
Phylum and Family | Genus (Species, OTU) | AD | PD | MSA | NMO | MS | ALS | Reference |
---|---|---|---|---|---|---|---|---|
Unclassified bacteria | PD: [39] | |||||||
Firmicutes | ||||||||
Unspecified | AD: [56], PD: [38], MSA: [47], ALS: [45] | |||||||
unclassified | PD: [39], NMO: [58] | |||||||
NMO: [58] | ||||||||
91otu15265 | o1 = one OTU | NMO, o1: [58] | ||||||
Lactobacillaceae | Unspec. | PD: [41], [35], [36] | ||||||
PD: [43] | ||||||||
Lactobacillus (m = mucosae, g = gasseri, c = casei, f = fermentum, re = reuteri, ru = ruminis), r = rogosae | + | + | PD:, [35] +m: [34], +g, c, f, re, ru: [42], MS: [66], r: [57] | |||||
Enterococcaceae | Unspec. | PD: [36], [37] | ||||||
PD: [43] | ||||||||
Enterococcus | PD: [37] | |||||||
Ruminococcaceae | Unspecified O1 = one OTU |
+ | AD: [55] PD:, o1: [35], [41] MSA: [47], MS: [75] ALS: [46] |
|||||
unclassified | ^ | PD: [35], NMO: [58], ALS: [71] detected differences in certain unculturable Ruminococcaceae in ALS patients but did not describe the scale and direction. | ||||||
Ruminococcus b = bromii c = callidus o38 = 38 OTUs |
+ | PD, b: [34], NMO: [58], MS, o38: [65] | ||||||
+ | PD: [37], c: [34] ALS: [46] | |||||||
Papillibacter cinnamivorans | PD: [34] | |||||||
Faecalibacterium
p = prausnitzi o2 = two OTU o57 = 57 OTU |
+ | + | PD: +o2: [35] [34], [37], p [43] MS, +p: [57], o57: [65]. ALS: [45] | |||||
Lachnospiraceae | Unspec. | PD: [35], MSA: [47] MS: [67], ALS: [45], | ||||||
Unclassified o3= three OTU |
+ | + | PD, o3: [35], NMO, o1: [58] | |||||
Lachnospira, | ALS: [45] | |||||||
Roseburia o2 = two OTU | + | PD: [38], +o2: [35], MS: [57] | ||||||
Coprococcus, e = eutactus o1 = one OTU |
+ | PD: [38], e: [34], o1: [35], NMO: [58] | ||||||
Blautia, g = glucerasea, p = producta o1 = one OTU |
+ | + | AD: [56], PD: [38], [37] +o1: [35], g: [34], MSA: [47] NMO, p,o1: [58], MS: [66] | |||||
Dorea, l = longicatea | + | PD: +l [34], MSA: [47], MS: [66] ALS: [45] | ||||||
Anaerostipes, h = hadrus | + | MS, +h: [57], ALS: [45] | ||||||
Catabacteriaceae | Catabacter, h = honkogenesis | + | PD, +h: [34] | |||||
Clostridiaceae | Unspec. | AD: [56] MSA: [47] | ||||||
SMB53 | AD: [56] | |||||||
Anaerotruncus | PD: [40] | |||||||
Clostridium, p = perfringens s = saccharolyticum |
+ | + | AD: [56], PD, s: [42], [39], NMO, p: [58], MS: [57] | |||||
Eubacteriaceae | Eubacterium, r = rectale, b = biforme | +^ | + | PD, +b: [39] ^ symbolizes, that Eubacterium is classified as Erysipelotrichoceae in the original publication, MS, r: [57], | ||||
[Candidatus Stoquefichus massiliensis] | PD: [34] | |||||||
Erysipelotrichaceae | Unspec. | PD: [37] | ||||||
cc115 | AD: [56] | |||||||
Christensenellaceae | unspecified | PD: [35] | ||||||
unclassified | PD: [35] | |||||||
Christensenella, m = minuta | + | PD, +m: [34], MS: [67] | ||||||
Gemellaceae | Unspec | AD: [56] | ||||||
Gemella | AD: [56] | |||||||
Mogibacteriaceae | Unspec. | AD: [56] | ||||||
Oscillospiraceae | Oscillospira | PD: [34], [38], | ||||||
Oscillobacter | ALS: [45] | |||||||
Streptococcaceae | Unspec. | PD: [37] | ||||||
Streptococcus t/s = thermophilus/salivarius |
+ | PD: [37], MS, t/s: [57] | ||||||
Peptococcus | Desulfotomaculum sp. CYP1 | MS: [57] | ||||||
Peptostreptococcaceae | Unspec. | AD: [56] | ||||||
Acidaminococcaceae | Phascolarctobacterium | AD: [56] | ||||||
Acidaminococcus | PD: [37] | |||||||
Veillonellaceae | Unspec. | PD: [37] | ||||||
Megamonas, f = funiformis YIT11815 | PD: [37], | |||||||
+ | MS, f: [57] | |||||||
Megasphera | PD: [37] | |||||||
Dialister | AD: [56] | |||||||
Tissierellaceae | Tissierella | PD: [35] | ||||||
Turicibacteraceae | unspec. | AD: [56] | ||||||
Turicibacter | AD: [56] | |||||||
Tenericutes | ||||||||
Unclassified | NMO: [58] | |||||||
Acholeplasmataceae | Acholeplasma | NMO: [58] | ||||||
[Candidatus Phytoplasma] | NMO: [58] | |||||||
Melainabacteria | ||||||||
OTU_171 (98.9% identity to MelB1,57) | PD, o1: [40] | |||||||
Actinobacteria | ||||||||
Unspec. | AD: [56], PD: [37], MS: [67] | |||||||
Bifidobacteriaceae | Unspec. | AD: [56], PD: [35] | ||||||
Bifidobacterium | AD: [56], PD: [34], [35], [43], MS: [67] | |||||||
Coriobacteraceae | Unspec. | PD: [37] | ||||||
Adlercreutzia | AD: [56], MS: [66] | |||||||
Collinsella | MS: [66], [64] | |||||||
Slackia | MS: [64] | |||||||
Eggerthella lenta | MS: [57] | |||||||
Corynebacteriaceae | Corynebacterium | NMO: [58] | ||||||
Fibrobacters | ||||||||
unclassified | NMO: [58] | |||||||
Gemmatimonades | ||||||||
91otu1 0683 | o1 = one OTU | NMO, o1: [58] | ||||||
Bacteroidetes | ||||||||
Unspec. | AD: [56] PD: [38] MSA: [47], ALS: [45] | |||||||
PD: [43], [37] | ||||||||
unclassified | NMO: [58] | |||||||
Bacteroidaceae | Unspec. o37= 37 OTUs |
+ | AD: [56] MS, o37: [65] |
|||||
Bacteroides f = fragilis, m = massiliensis, cc = coprocola, cp = coprophilus, d = dorei, p = phlebeus, s = stercoris |
+ | AD: [56], PD: [38], MSA, f: [70], NMO: [58], MS: [67] | ||||||
+ | PD, +m, c, d, p: [34], f: [42], MS, s, cc, cp: [57], ALS: [45] | |||||||
Flavobacteriaceae | Flavobacterium | NMO: [58] | ||||||
Prevotellaceae | Unspec | PD: [41] | ||||||
Prevotella, co = copri, cl = clara, M = melaninogenica o1 = one OUT, o2 = two OTU |
+ | + | + | + | PD,+ co: [39], [34] MSA, cl: [70] NMO, co, o2: [58] MS, +co: [57], [64], ALS: [45] |
|||
+ | + | PD, o1: [35] NMO, m: [58] |
||||||
Porphyromonadaceae | Unspec. | MSA: [47], | ||||||
Unclass. | NMO: [58] | |||||||
Parabacteroides | MS: [66] | |||||||
PD: [35], MS: [67] | ||||||||
Barnesiella | PD: [36] | |||||||
Butyricimonas | MS: [64] | |||||||
Rikenellaceae | Unspec | AD: [56], MSA: [47] | ||||||
Alistipes, s = shahii | + | AD: [56], PD, s: [39] | ||||||
Sphingobacteriaceae | Pedobacter | MS: [66] | ||||||
Elusimicrobia | ||||||||
91otu12128 | o1 = one OTU | NMO, o1: [58] | ||||||
Plantomycetes | ||||||||
unclassified | NMO: [58] | |||||||
Verrucomicrobia | ||||||||
Unspec | PD: [40], MS: [64] | |||||||
Verrucomicrobiaceae | Unspec. | PD: [35] [41] [38] [40] | ||||||
Akkermansiaceae | Akkermansia, m = muciplila | + | PD: [35], [38], +m: [39] [40], MS: [64], [67] | |||||
[Chthoniobacteraceae] | DA101 = one OTU | NMO, o1: [58] | ||||||
Acidobacteria | ||||||||
91oto412 | One OTU | NMO, o1: [58] | ||||||
Spirochaetes | ||||||||
Spirochaetaceae | Treponema socranskii | NMO: [58] | ||||||
Proteobacteria | ||||||||
unclassified | PD: [38], [37] | |||||||
Alpha-Proteobacteria | ||||||||
Unclassified | NMO: [58] | |||||||
Bradyrhizobiaceae | unspec | PD: [41] | ||||||
Brucellaceae | Mycoplana | MS: [66] | ||||||
OTU_469, o1=one OTU | PD, o1: [40] | |||||||
Beta-Proteobacteria | ||||||||
Sutterellaceae | Sutterella, w = wadsworthensis | + | MS, w: [57] | |||||
Burkholderiacea | Ralstonia | MSA: [47] | ||||||
Oxalobacteraceae | Unspec. | MSA: [47] | ||||||
Gamma-Proteobacteria | ||||||||
Unclassified | NMO: [58] | |||||||
Chromatiaceae | o1 = one OTU. | NMO, o1: [58] | ||||||
Coxiellaceae | o1 = one OTU | NMO, o1: [58] | ||||||
Enterobacteriaceae | Unspec. | PD: [43], [37] | ||||||
Unclassified | NMO: [58] | |||||||
Escherichia | ALS: [45] | |||||||
Escherichia/Shigella | PD: [37] | |||||||
Proteus | PD: [37] | |||||||
Moraxellaceae | Unpec. | PD: [37] | ||||||
Acinetobacter | PD: [37] | |||||||
Pasteurellaceae | Unspec. | PD: [35] | ||||||
Pseudomonadaceae | Pseudomonas | MS: [66] | ||||||
Delta-Proteobacteria | ||||||||
Desulfovibrionaceae | Bilophila | AD: [56] | ||||||
Desulfovibrio | MS: [67] | |||||||
KSB3 | ||||||||
unclassified | NMO: [58] | |||||||
91otu6419 | 97otu28635 = one OTU | NMO, o1: [58] |
AD: Alzheimer’s disease; PD: Parkinson’s disease; MSA: multiple sclerosis; NMO: neuromyelitis optica; MS: multiple sclerosis; ALS: amyotrophic lateral sclerosis; o1,2,3, symbolise that the change is concerning one, two, three or more operational taxonomic units (OTUs); letter = abbreviation for the species in which the change was observed; Small letters followed by a + indicate, that the change was observed for genus and species; Changes in relative abundance compared to the control, are colour coded. Green: Higher abundance in disease condition. Orange: Lower abundance in disease condition. Uncoloured: No study detected a significant change in abundance; - means no significant change in PD compared to HC was found with the chosen methodological approach. There are three intensity nuances for each colour to show how many of the included study found the same difference and direction. Light: one study; Middle: two studies; Dark: three or more studies. Coloured fields containing a + indicates, that detailed information concerning species type is found in the other columns.