Doc:Bioactives
From Metabolomics.JP
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− | =={{Bilingual| | + | =={{Bilingual|放線菌類では、珍しい種が多くの変わった物質を生産する。|In actinomycetales, the rare actinos produce most diverse and unique compounds.}}== |
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are produced exclusively by actinomycetales. | are produced exclusively by actinomycetales. | ||
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− | ; | + | ; 希少アクチノマイセス(放線菌類)属特有 |
* 知られる全ての糖ペプチド抗生物質(およそ120)とほぼ全てのオルトソマイシンは、希少アクチノマイセス属由来。 | * 知られる全ての糖ペプチド抗生物質(およそ120)とほぼ全てのオルトソマイシンは、希少アクチノマイセス属由来。 | ||
; アクチノマイセス目特有 | ; アクチノマイセス目特有 |
Latest revision as of 14:45, 6 June 2011
[edit] Bioactive Metabolites
Bioactivity refers to antimicrobial, antitumor, antiviral, pharmacological, and similar activities. Such functions are generally not associated with structures or producer species or pathways.
Bioactivity types of discovered microbial metabolites [1] | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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[edit] The number of bioactive natural products is estimated around 200000 to 250000.
Approximate number of known natural products[1]
Source | All known compounds | “Bioactives” | Antibiotics |
---|---|---|---|
Natural Products | over one million | 200000 to 250000 | 25000 to 30000 |
Plant Kingdom | 600000 to 700000 | 150000 to 200000 | ca. 25000 |
Microbes | over 50000 | 22000 to 23000 | ca. 17000 |
Algae, Lichens | 3000 to 5000 | 1500 to 2000 | ca. 1000 |
Higher Plants | 500000 to 600000 | ca. 100000 | 10000 to 12000 |
Animal Kingdom | 300000 to 400000 | 50000 to 100000 | ca. 5000 |
Protozoa | several hundreds | 100 to 200 | ca. 50 |
Invertebrates: | ca. 100000 | ? | ca. 500 |
Marine animals | 20000 to 25000 | 7000 to 8000 | 3000 to 4000 |
Insects/worms/etc. | 8000 to 10000 | 800 to 1000 | 150 to 200 |
Vertebrates (mammals, fishes, amphibians, etc.) |
200000 to 250000 | 50000 to 70000 | ca. 1000 |
[edit] In microbes, most bioactive natural products are found in Actinomycetales and fungi.
Approximate number of bioactive microbial natural products (2002). According to their producers[1]
Source | Antibiotics | “Other bioactive” metabolites |
Total bioactive metabolites |
Practically used (in human therapy) |
Inactive metabolites |
---|---|---|---|---|---|
Bacteria | 2900 | 900 | 3800 | 10 to 12 (8 to 10) | 3000 to 5000 |
Actinomycetales | 8700 | 1400 | 10100 | 100 to 120 (70 to 75) | 5000 to 10000 |
Fungi | 4900 | 3700 | 8600 | 30 to 35 (13 to 15) | 2000 to 15 000 |
Total | 16500 | 6000 | 22500 | 140 to 160 (ca. 100) | 20000 to 25000 |
[edit] In higher forms of life, most natural products are found in plants and sponges.
Approximate numbers of bioactive natural products (2002). Derived from higher forms of life[1]
Source | Antibiotics | “Other bioactive” | Total | |
---|---|---|---|---|
Lichens | 160 | ? | 160 | Plant products 13210 |
Algae | 620 | 730 | 1350 | |
Lower Plants (Bryophyta)* | 200 | ? | 200 | |
Higher Plants* | 11500 | ? | 11500 | |
Invertebrates* | 480 | ? | 480 | Animal products 7280 |
Insects* | 320 | 320 | ||
Worms, others (crustaceans)* | 160 | 160 | ||
Marine Animals (total) | 3400 | 2700 | 6100 | |
Sponges | 1850 | 1500 | 3350 | |
Coelenterates | 630 | 570 | 1100 | |
Tunicates | 420 | 230 | 650 | |
Molluscs | 300 | 350 | 650 | |
Echinoderms | 220 | 60 | 280 | |
Bryozoa | 70 | 50 | 120 | |
Fishes* | 50 | ? | 50 | |
Amphibians, reptils* | 240 | ? | 240 | |
Terrestrial vertebrates* (total) | 410 | ? | 410 | |
Mammals* | 340 | 340 | ||
Others (birds, etc.)* | 50 | 50 | ||
Total | 16985 | 20540 | ||
* ... Only antibiotic compounds, but no "other bioactive" compounds are covered. |
[edit] Most frequent producers are relatively limited.
- Exclusively fungi
- All peptaibols (300-400), grisan and scirpene derivatives, cytochalasins (>100 each) are produced exclusively by fungi.
- Microscopic fungi frequently produce small (8-10) membered lactone ring compounds (-200), dilactones or condensed macrolactones, macrodiolides, azaphilones, diketothiapiperazines, small terpenoids and simple benzene derivatives, alpha-pyrones, xanthone derivatives, simple benzo- or naphthoquinones.
More than half of all bacterial metabolites are amino acid derivatives (e.g. peptides, peptolides, polypeptides).
- Exclusively bacteria
- cyclolipopeptides (polymyxins) and lantibiotics (nisin type) are exclusively produced by bacteria.
Approximate number of bioactive microbial metabolites according to their producers and bioactivities[1]
Bioactive secondary microbial metabolites | |||||
Source | Antibiotics | Bioactive metabolites | Total bioactive metabolites | ||
Total | (with other activity) | no antibiotic activity | (antibiotics plus “other bioactives”) | ||
Bacteria | 2900 | (780) | 900 | (1680) | 3800 |
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Eubacteriales | 2170 | (570) | 580 | (1150) | 2750 |
Bacillus sp. | 795 | (235) | 65 | (300) | 860 |
Pseudomonas sp. | 610 | (185) | 185 | (370) | 795 |
Myxobacter | 400 | (130) | 10 | (140) | 410 |
Cyanobacter | 300 | (80) | 340 | (420) | 640 |
Actinomycetales | 8700 | (2400) | 1400 | (3800) | 10100 |
Streptomyces sp. | 6550 | (1920) | 1080 | (3000) | 7630 |
Rare actinos | 2250 | (580) | 220 | (800) | 2470 |
Fungi | 4900 | (2300) | 3700 | (6000) | 8600 |
Microscopic fungi | 3770 | (2070) | 2680 | (4750) | 6450 |
Penicillium/Aspergillus | 1000 | (450) | 950 | (1400) | 1950 |
Basidiomycetes | 1050 | (200) | 950 | (1150) | 2000 |
Yeasts | 105 | (35) | 35 | (70) | 140 |
Slime moulds | 30 | (5) | 20 | (25) | 60 |
Total Microbial | 16500 | (5500) | 6000 | (11500) | 22500 |
Protozoa | 35 | (10) | 5 | (45) | 50 |
[edit] In actinomycetales, the rare actinos produce most diverse and unique compounds.
- Exclusively rare actinos
- All known glycopeptide antibiotics (about 120) and most orthosomycins are produced exclusively by rare actinos.
- Exclusively actinomycetales
- All known macrolides, polyene antibiotics, aminoglycosides, anthracyclines are produced exclusively by actinomycetales.
- Known small categories such as:
- polyether antibiotics (-250),
- novobiocin related glycosidic antibiotics, streptothricins, actinomycins, echinomycin-like quinoxalin peptides (80-120 each),
- elfamycins, glutarimides, orthosomycins (50-60 each)
Number of actinomycetales species producing bioactive microbial metabolites[1]
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