Genomics of the Pleïotropic Glutathione System in Cyanobacteria - Advances in Botanical Research - page 160

Table 5.1 Genomic and metabolic characteristics of cyanobacteria used in this
chapter—cont'd

Species Isolation site Order N 2 H M Features Size %GC

Synechococcus sp.
RCC 307

Mediterranean
sea

C − − 2.22 60

Synechococcus sp.
WH 7803

Sargasso sea
Atlan-
tic ocean
(25 m)

C − − 2.36 60

Synechococcus sp.
WH 8102

Caribbean sea C − − Mot 4.83 59

Synechocystis sp.
PCC6803

Freshwater
lake Califor-
nia USA

C − + + Euryhaline,
Mot

3.95 48

Thermo-
synechococcus
elongatus
BP-1

Beppu hot
spring in
Japan

C − − − Thermophilic 2.59 54

Cyanobacterium
UCYN-A

North Pacific
subtropical

C + − PSII-, CBC 1.44 31

Gleobacter
violaceus
PCC 7421

Calcareous
rock in
Switzerland

C − − PS in PM 4.48 62

Anabaena
variabilis
ATCC
29413

Freshwater
sewage
oxidation
pond

N + + + 7.07 41

Nostoc
punctiforme
PCC 73102

Symbiosis with
cycad Mac-
rozamia

N + − Ho, Het, Ak 9.01 41

Nostoc sp.
PCC 7120

Freshwater
USA

N + + + Het 7.20 41

Nostoc azollae
0708

Water fern
Azolla filicu-
loides

N + − Ho, Het, Ak 5.40 38

Trichodesmium
erythraeum
ISM101

Coastal waters,
North
Carolina
USA

O + − Ho, Het, Ak 7.80 34

Prochlorococ-
cus marinus
AS9601

5 m depth in
Mediterra-
nean Sea

P − − 1.67 38

Prochlorococcus
marinus MIT
9211

North Atlantic
océan
'10 m)

P − − LL adapted 1.69 38