TABLE 1.
Genotypes of Synechococcus isolates obtained in this study
Genotype-isolatea | Results for closest relative at locus
|
Collection date (mo/day/yr) | Site temperature (°C) | Strain(s)c | |||
---|---|---|---|---|---|---|---|
16S rRNA type | Similarity/ no. of nt differences | ITSb | Similarity/ no. of nt differences | ||||
A-NACy05a | A | 100/0 | NACy05a | 100/0 | 9/24/2000 | 58-65 | TS-64, -65, -66, -67, -71, -72, -75, -77, -83, -85, -88, -89, -94, -96 |
10/22/2000 | 49-56 | TS-37, -39, -41, -47, -49 | |||||
7/10/2002 | 52-65 | JA-1-3Aa, -1-3Ab, -1-3Ac, -1-3Ad | |||||
7/25/2002 | 58-65 | JA-3-3Aa, -3-3Ab, -3-3Ac | |||||
A-NACy05d | A | 100/0 | NACy05a | 99/1 | 9/24/2000 | 58-65 | TS-62, -70, -76, -78, -81, -87, -93 |
B′-NACy10b-1d | B′ | 100/0 | NACy10b | 100/0 | 7/10/2002 | 52-65 | JA-1-3B′a, -b, -c, -d, -e, -f, -g, 1-5 B′h, -i, -j |
B′-NACy10b-2d | B′ | 100/0 | NACy10b | 100/0 | 9/24/2000 | 58-65 | TS-97, -98, -99, -100, -101, -102, -103, -107 |
B′-NACy10o | B′ | 100/0 | NACy10b | 99/1 | 7/10/2002 | 51-61 | JA-2-3B′ a(2-13), -2-3 B′b, -2-4 B′c, -2-5 B′d |
B″ | B′ | 99/1 | NACy10j | 99/4 | 7/10/2002 | 51-61 | JA-2-3B″ a(2-F6), -2-3 B′(1 diff)b |
B″-104e | B′ | 99/1 | NACy10b | 99/3 | 9/24/2000 | 58-65 | TS-104 |
B‴ | B′ | 99/2 | Unalignable | Unalignable | 9/24/2000 | 58-65 | TS-63, -73, -80, -84, -86, -91, -92 |
10/22/2000 | 49-56 | TS-42, -44, -45, -46 | |||||
7/10/2002 | 51-61 | JA2-3 B‴a | |||||
B-P2 | B | 100/0 | P2 | 100/0 | 10/22/2000 | 49-56 | TS-11, -12, -15, -19, -28, -30, -34 |
Genotype designations match those previously used in our laboratory: A and B are used to designate 16S rRNA genotypes associated with the A and B Synechococcus clades, respectively (primes are used to signify variants within these clades).
ITS genotypes are designated with NA for North America and Cy (for cyanobacterial sequence) and a number-letter combination (e.g., 05a, 10b) indicating unique genotype, as in reference 18. Please note that genotypes B″ and B‴ were referred to as genotypes B′-1diff and B′-2diff in reference 1.
Designations in boldface characters represent strains used in experiments examining relationships between temperature and light.
One base difference between these two variants exists outside the region for which there is data for ITS type NACy10b.
One base different in ITS from B″.