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Organism Scientific Name Label Ph Min Ph Max Ph Optimum Temperature Min C Temperature Max C Temperature Optimum C Electron Donors Substrates Reactor Modes Anaerobic Required Notes

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Organism Scientific Name	Label	Ph Min	Ph Max	Ph Optimum	Temperature Min C	Temperature Max C	Temperature Optimum C	Electron Donors	Substrates	Reactor Modes	Anaerobic Required	Notes
Organism Scientific NameClostridium kluyveri	LabelDocumented growth/production range	Ph Min6.80	Ph Max7.10	Ph Optimum7.00	Temperature Min C35.00	Temperature Max C39.00	Temperature Optimum C37.00	Electron Donorsethanol	Substratesacetate, ethanol	Reactor Modesbatch; strain-dependent continuous culture evidence	Anaerobic RequiredTrue	NotesNarrow range reflects documented DSM 555 cultivation, not the full species tolerance.
Organism Scientific NameMegasphaera elsdenii	LabelDocumented growth/production range	Ph Min4.50	Ph Max8.00	Ph Optimum6.50	Temperature Min C25.00	Temperature Max C40.00	Temperature Optimum C37.00	Electron Donorslactate, glucose	Substrateslactate, glucose	Reactor Modesbatch; strain-dependent continuous culture evidence	Anaerobic RequiredTrue	NotesStrain-dependent range; optimum shown is a controlled lactate-culture condition.
Organism Scientific NameMegasphaera hexanoica	LabelDocumented growth/production range	Ph Min5.50	Ph Max7.50	Ph Optimum6.50	Temperature Min C30.00	Temperature Max C40.00	Temperature Optimum C37.00	Electron Donorslactate, fructose	Substrateslactate, fructose	Reactor Modesbatch; strain-dependent continuous culture evidence	Anaerobic RequiredTrue	NotesRange summarized from strain MH literature; verify against the intended medium.
Organism Scientific NameCaproicibacterium lactatifermentans	LabelDocumented growth/production range	Ph Min4.50	Ph Max7.50	Ph Optimum5.25	Temperature Min C20.00	Temperature Max C40.00	Temperature Optimum C35.00	Electron Donorslactate, glucose	Substrateshexoses, disaccharides, starch, lactate	Reactor Modesbatch; strain-dependent continuous culture evidence	Anaerobic RequiredTrue	NotesSpecies-description growth range; product optimum may differ.
Organism Scientific NameCaproiciproducens galactitolivorans	LabelDocumented growth/production range	Ph Min6.00	Ph Max8.00	Ph Optimum7.50	Temperature Min C35.00	Temperature Max C45.00	Temperature Optimum C45.00	Electron Donorsgalactitol, glucose	Substratesgalactitol, glucose	Reactor Modesbatch; strain-dependent continuous culture evidence	Anaerobic RequiredTrue	NotesSpecies-description growth range; reported production conditions vary.
Organism Scientific NameAcetobacterium carbinolicum	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C30.00	Temperature Max C30.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: DESULFOFARCIMEN MEDIUM (DSMZ Medium 124). Oxygen tolerance: anaerobe.
Organism Scientific NameAcetobacterium wieringae	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C30.00	Temperature Max C30.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: ACETOBACTERIUM MEDIUM (DSMZ Medium 135). Oxygen tolerance: anaerobe.
Organism Scientific NameAcetobacterium woodii	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C30.00	Temperature Max C30.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: ACETOBACTERIUM MEDIUM (DSMZ Medium 135). Oxygen tolerance: anaerobe.
Organism Scientific NameAnaerotignum neopropionicum	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C30.00	Temperature Max C30.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: ANAEROTIGNUM NEOPROPIONICUM MEDIUM (DSMZ Medium 318b). Oxygen tolerance: not reported.
Organism Scientific NameBordetella hinzii	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CASO AGAR (MERCK 105458) (DSMZ Medium 220); MEDIUM 72- for trypto casein soja agar; TRYPTICASE SOY YEAST EXTRACT MEDIUM (DSMZ Medium 92); COLUMBIA BLOOD MEDIUM (DSMZ Medium 693); CIP Medium 72. Oxygen tolerance: not reported.
Organism Scientific NameBordetella holmesii	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CIP Medium 6; COLUMBIA BLOOD MEDIUM (DSMZ Medium 693); MEDIUM 6 - Columbia agar with 10 % horse blood; BORDET-GENGOU-MEDIUM (DIFCO) (DSMZ Medium 438). Oxygen tolerance: obligate aerobe.
Organism Scientific NameBordetella parapertussis	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: BORDET-GENGOU-MEDIUM (DIFCO) (DSMZ Medium 438); COLUMBIA BLOOD MEDIUM (DSMZ Medium 693); BHI MEDIUM (DSMZ Medium 215); MEDIUM 21 - for Bordetella; CIP Medium 21. Oxygen tolerance: not reported.
Organism Scientific NameBordetella petrii	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C30.00	Temperature Max C30.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: TRYPTICASE SOY BROTH AGAR (DSMZ Medium 535); CASO AGAR (MERCK 105458) (DSMZ Medium 220); NUTRIENT AGAR (DSMZ Medium 1); MacConkey agar; MEDIUM 6 - Columbia agar with 10 % horse blood; CIP Medium 6. Oxygen tolerance: not reported.
Organism Scientific NameClostridium acetobutylicum	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CLOSTRIDIUM ACETOBUTYLICUM MEDIUM (DSMZ Medium 411); PY + X MEDIUM (N2/CO2) (DSMZ Medium 104c). Oxygen tolerance: not reported.
Organism Scientific NameClostridium aciditolerans	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: PY + X MEDIUM (DSMZ Medium 104b). Oxygen tolerance: not reported.
Organism Scientific NameClostridium autoethanogenum	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CLOSTRIDIUM LJUNGDAHLII MEDIUM (DSMZ Medium 879). Oxygen tolerance: anaerobe.
Organism Scientific NameClostridium bornimense	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C35.00	Temperature Max C35.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: PY + X MEDIUM (DSMZ Medium 104b). Oxygen tolerance: not reported.
Organism Scientific NameClostridium budayi	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: AMB MEDIUM (DSMZ Medium 455). Oxygen tolerance: anaerobe.
Organism Scientific NameClostridium butyricum	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CHOPPED MEAT MEDIUM WITH CARBOHYDRATES (DSMZ Medium 110); MEDIUM 20 - for Anaerobic bacteria; PYG MEDIUM (MODIFIED) (DSMZ Medium 104); COLUMBIA BLOOD MEDIUM (DSMZ Medium 693). Oxygen tolerance: anaerobe.
Organism Scientific NameClostridium carboxidivorans	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C35.00	Temperature Max C35.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: PY + X MEDIUM (N2/CO2) (DSMZ Medium 104c); Acetogen medium. Oxygen tolerance: not reported.
Organism Scientific NameClostridium cellulovorans	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: RUMINOCLOSTRIDIUM CELLULOLYTICUM (CM3) MEDIUM (DSMZ Medium 520); CLOSTRIDIUM CELLULOVORANS MEDIUM (DSMZ Medium 320); Cellobiose agar. Oxygen tolerance: not reported.
Organism Scientific NameClostridium chauvoei	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: RCM MEDIUM (DSMZ Medium 634); CIP Medium 20; MEDIUM 20 - for Anaerobic bacteria; CIP Medium 187. Oxygen tolerance: anaerobe.
Organism Scientific NameClostridium cochlearium	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CHOPPED MEAT MEDIUM (DSMZ Medium 78); MEDIUM 20 - for Anaerobic bacteria; CIP Medium 20. Oxygen tolerance: not reported.
Organism Scientific NameClostridium drakei	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C30.00	Temperature Max C30.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CHOPPED MEAT MEDIUM WITH CARBOHYDRATES (DSMZ Medium 110); PY + X MEDIUM (DSMZ Medium 104b); Basal medium. Oxygen tolerance: not reported.
Organism Scientific NameClostridium felsineum	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C35.00	Temperature Max C35.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CLOSTRIDIUM ACETOBUTYLICUM MEDIUM (DSMZ Medium 411). Oxygen tolerance: anaerobe.
Organism Scientific NameClostridium gelidum	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C10.00	Temperature Max C10.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: PY + X MEDIUM (N2/CO2) (DSMZ Medium 104c). Oxygen tolerance: not reported.
Organism Scientific NameClostridium isatidis	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CHOPPED MEAT MEDIUM WITH CARBOHYDRATES (DSMZ Medium 110); MEDIUM 417 - for Clostridium isotidis; CIP Medium 417; PYG MEDIUM (MODIFIED) (DSMZ Medium 104). Oxygen tolerance: anaerobe.
Organism Scientific NameClostridium kluyveri	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: Clostridium kluyveri medium; CLOSTRIDIUM KLUYVERI MEDIUM (DSMZ Medium 52). Oxygen tolerance: anaerobe.
Organism Scientific NameClostridium ljungdahlii	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CLOSTRIDIUM LJUNGDAHLII MEDIUM (DSMZ Medium 879); CALDICELLULOSIRUPTOR MEDIUM (DSMZ Medium 640). Oxygen tolerance: anaerobe.
Organism Scientific NameClostridium pasteurianum	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C45.00	Temperature Max C45.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CLOSTRIDIUM SP. MEDIUM (DSMZ Medium 54b). Oxygen tolerance: not reported.
Organism Scientific NameClostridium saccharobutylicum	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C35.00	Temperature Max C35.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CLOSTRIDIUM ACETOBUTYLICUM MEDIUM (DSMZ Medium 411); PY + X MEDIUM (DSMZ Medium 104b). Oxygen tolerance: anaerobe.
Organism Scientific NameClostridium scatologenes	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CHOPPED MEAT MEDIUM WITH CARBOHYDRATES (DSMZ Medium 110). Oxygen tolerance: anaerobe.
Organism Scientific NameClostridium septicum	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CHOPPED MEAT MEDIUM WITH CARBOHYDRATES (DSMZ Medium 110); MEDIUM 20 - for Anaerobic bacteria; CIP Medium 20; FASTIDIOUS ANAEROBE BROTH (DSMZ Medium 1203a); COLUMBIA BLOOD MEDIUM (DSMZ Medium 693). Oxygen tolerance: not reported.
Organism Scientific NameClostridium sporogenes	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: COLUMBIA BLOOD MEDIUM (DSMZ Medium 693); CHOPPED MEAT MEDIUM WITH CARBOHYDRATES (DSMZ Medium 110); MEDIUM 20 - for Anaerobic bacteria; FASTIDIOUS ANAEROBE BROTH (DSMZ Medium 1203a); CIP Medium 20. Oxygen tolerance: not reported.
Organism Scientific NameClostridium thermosuccinogenes	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C60.00	Temperature Max C60.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: THERMOCLOSTRIDIUM (A-GÖ) MEDIUM (DSMZ Medium 326); PSEUDOCLOSTRIDIUM MEDIUM (DSMZ Medium 502). Oxygen tolerance: anaerobe.
Organism Scientific NameEubacterium limosum	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: PYG MEDIUM (MODIFIED) (DSMZ Medium 104); MEDIUM 187 - for anaerobic bacteria; CIP Medium 187. Oxygen tolerance: not reported.
Organism Scientific NameEubacterium maltosivorans	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: WILKINS-CHALGREN ANAEROBE BROTH (DSMZ Medium 339). Oxygen tolerance: not reported.
Organism Scientific NameEubacterium ventriosum	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: CHOPPED MEAT MEDIUM (DSMZ Medium 78); PYG MEDIUM (MODIFIED) (DSMZ Medium 104). Oxygen tolerance: anaerobe.
Organism Scientific NameLacrimispora saccharolytica	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: PY + X MEDIUM (N2/CO2) (DSMZ Medium 104c); CMC MEDIUM (N2/CO2) (DSMZ Medium 110a). Oxygen tolerance: anaerobe.
Organism Scientific NameLimosilactobacillus panis	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: LACTOBACILLUS MEDIUM IV (DSMZ Medium 859); MEDIUM 40- for Lactobacillus and Leuconostoc; CIP Medium 40. Oxygen tolerance: anaerobe.
Organism Scientific NameLimosilactobacillus reuteri subsp. suis	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: MRS MEDIUM (DSMZ Medium 11). Oxygen tolerance: not reported.
Organism Scientific NameMegasphaera elsdenii	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: PYG MEDIUM (MODIFIED) (DSMZ Medium 104); CIP Medium 20; MEDIUM 20 - for Anaerobic bacteria. Oxygen tolerance: not reported.
Organism Scientific NameMegasphaera hexanoica	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C30.00	Temperature Max C30.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: mPYF. Oxygen tolerance: anaerobe.
Organism Scientific NameMegasphaera stantonii	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C40.00	Temperature Max C40.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: PY + X MEDIUM (DSMZ Medium 104b); peptone-yeast-fructose (PYF) medium; PYF. Oxygen tolerance: anaerobe.
Organism Scientific NameProteiniphilum saccharofermentans	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C15.00	Temperature Max C15.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: Columbia blood agar; PYG MEDIUM (MODIFIED) (DSMZ Medium 104); COLUMBIA BLOOD MEDIUM (DSMZ Medium 693). Oxygen tolerance: facultative anaerobe.
Organism Scientific NamePseudoramibacter alactolyticus	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: AMB MEDIUM (DSMZ Medium 455); MEDIUM 7 - for Actinomyces; CIP Medium 7; CIP Medium 45. Oxygen tolerance: not reported.
Organism Scientific NameRuminococcus albus	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic RequiredTrue	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: RUMINOCOCCUS ALBUS MEDIUM (DSMZ Medium 436). Oxygen tolerance: anaerobe.
Organism Scientific NameSporanaerobacter acetigenes	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C37.00	Temperature Max C37.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: ANAEROCOLUMNA MEDIUM (DSMZ Medium 860); MEDIUM 20 - for Anaerobic bacteria; CIP Medium 20. Oxygen tolerance: not reported.
Organism Scientific NameSporomusa aerivorans	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C30.00	Temperature Max C30.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: SPOROMUSA TMAO3 MEDIUM (DSMZ Medium 503a); MEDIUM 578 - for Sporomusa aerovorans; CIP Medium 578. Oxygen tolerance: not reported.
Organism Scientific NameSporomusa carbonis	LabelBacDive documented cultivation conditions	Ph Min—	Ph Max—	Ph Optimum—	Temperature Min C40.00	Temperature Max C40.00	Temperature Optimum C—	Electron Donors—	Substrates—	Reactor Modesculture-collection cultivation	Anaerobic Required—	NotesSource-grounded profile aggregated from exact strain-level BacDive cultivation records. Temperature and pH envelopes represent reported cultivation points, not experimentally established growth limits or optima. Media: SPOROMUSA ACIDOVORANS MEDIUM (DSMZ Medium 311c). Oxygen tolerance: not reported.