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. 2018 Jun 1;10(6):708. doi: 10.3390/nu10060708

Table A1.

Changes in relative abundances in neurodegenerative diseases.

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.