Santa Barbara Channel cruise SBDOM11 bacterioplankton 16S rDNA Wear Carlson Brzezinski
16S pyrosequencing amplicon libraries (Lib-A FLX adapters) built from DNA extracted from the 1.2-0.2 micron size fraction of cells filtered from the upper Santa Barbara Channel, CA, USA, and from associated remineralization bioassay experiments.  Barcodes (CXNX = Cast, Niskin on SBDOM11):  338R_AACCAACC: Expt C10 T3  338R_AACCAAGG: Expt C22 T3  338R_AACCATCG: Expt C31 T3  338R_AACCATGC: Neg control 1  338R_AACCGCAT: C13N1  338R_AACCGCTA: C17N1  338R_AACCGGAA: C25N6  338R_AACCGGTT: C31N9  338R_AACCTACG: C35N9  338R_AACCTAGC: C40N5  338R_AACCTTCC: C45N1  338R_AACCTTGG: C49N1  338R_AACGAACG: Expt C12 T3  338R_AACGAAGC: Expt C23 T3  338R_AACGATCC: Expt C33 T3  338R_AACGATGG: C10N9  338R_AACGCCAT: C14N9  338R_AACGCCTA: C18N1  338R_AACGCGAA: C26N3  338R_AACGCGTT: C31N1  338R_AACGGCAA: C35N1  338R_AACGGCTT: C42N9  338R_AACGTACC: C46N9  338R_AACGTAGG: C50N9  338R_AACGTTCG: Expt C14 T3  338R_AACGTTGC: Expt C24 T3  338R_AAGCAACG: Expt C35 T3  338R_AAGCAAGC: C10N1  338R_AAGCATCC : C14N1  338R_AAGCATGG: C19N1  338R_AAGCCGAA: C27N3  338R_AAGCCGTT: C32N9  338R_AAGCGCAA: C36N9  338R_AAGCGCTT: C42N1  338R_AAGCGGAT: C46N1  338R_AAGCGGTA: C50N1  338R_AAGCTACC: Expt C16 T3  338R_AAGCTAGG: Expt C25 T3  338R_AAGCTTCG: Expt C38 T3  338R_AAGCTTGC: C11N9  338R_AAGGAACC: C15N9  338R_AAGGAAGG: C20N1  338R_AAGGATCG: C28N3  338R_AAGGATGC: C32N1  338R_AAGGCCAA: C36N1  338R_AAGGCCTT: C43N9  338R_AAGGCGAT: C47N9  338R_AAGGCGTA: C1N7/8  338R_AAGGTACG: Expt C18 T3  338R_AAGGTAGC: Expt C26 T3  338R_AAGGTTCC: Expt C39 T3  338R_AAGGTTGG: C11N1  338R_AATACCGC: C15N1  338R_AATACGCC: C21N3  338R_AATAGCGG: C29N9  338R_AATAGGCG: C33N9  338R_AATTCCGG: C37N9  338R_AATTCGCG: C43N1  338R_AATTCGGC: C47N1  338R_AATTGCCG: C1N2  338R_AATTGCGC: Expt C19 T3  338R_AATTGGCC: Expt C28 T3  338R_ACACACAC: Expt C40 T3  338R_ACACACTG: C12N9  338R_ACACAGAG: C16N9  338R_ACACAGTC: C22N3  338R_ACACCACA: C29N2  338R_ACACCAGT: C33N1  338R_ACACCTCT: C37N1  338R_ACACCTGA: C44N9  338R_ACACGACT: C48N9  338R_ACACGAGA: Negative control 2  338R_ACACGTCA: Expt C20 T3  338R_ACACGTGT: Expt C29 T3  338R_ACACTCAG: Expt C42 T3  338R_ACACTCTC: C12N1  338R_ACACTGAC: C16N1  338R_ACACTGTG: C23N3  338R_ACAGACAG: C30N9  338R_ACAGACTC: C34N9  338R_ACAGAGAC: C38N6  338R_ACAGAGTG: C44N1  338R_ACAGCACT: C48N1  338R_ACAGCAGA: Outlier positive control  338R_ACAGCTCA: Expt C21 T3  338R_ACAGCTGT: Expt C30 T3  338R_ACAGGACA: Expt C46 T3  338R_ACAGGAGT: C13N9  338R_ACAGGTCT: C17N9  338R_ACAGGTGA: C24N3  338R_ACAGTCAC: C30N1  338R_ACAGTCTG: C34N1  338R_ACAGTGAG: C39N5  338R_ACAGTGTC: C45N9  338R_ACCAACCA: N49N9  338R_ACCAACGT: Negative control 3