Globe and its Evolutionary Dynamics. Md Shakir Hussain Haider, Wajihul Hasan Khan, Farah Deeba,. Sher Ali, Anwar Ahmed, Irshad H Naqvi, Ravins Dohare,.
NNK - No Name Key, FL. BP - Big Pine Key, FL. EI - Exuma Island, Bahamas. SSI - San Salvador Island, Bahamas. PG - Papa Gabriel, Twin Cays, Belize.
A. Z-score of MI. -0.64 -0.32 -0.29 -2.41 0.22. 0.62 -2.20 2.28 -1.83 -0.17 0.29 -1.11 1.37 -1.44 -0.26 -1.05 -1.02 -0.41. Base group. START. O. M. O. O. M. S. M. M.
Full length 302 base pair cbpA regulatory DNA. P6 transcript start. ATTTGCAGTGCAACTAATTCCATGTATATTACTACCCATatatagcgtctataaaatttaataaataa. -35.
1 1. |. HHHHHH. ILI IH. III i III. 1. LILI HII. |. ILI I ZI. II II III. 1. |. 1 1. |. Archaea a3. --. 1. II. 1. 1 a4 a5. Sce 366 GLSADEALKFWSEAFTRNGNMTMEKFNK-.
Page 1. 0. 100. 200. 300. 400. 500. 600. Alive Dead. D e a th flu o re sce n ce n o rma lize d to a live co n tro l (AU. ) ***. Acetic acid. Male. Brightfield and.
BME, Brad, Nham, Rsph, SPO, OB2597, PU1002, OA2633,CC, ELI, Sala, Saro, ZM, GOX, Rrub, Amb, Magn - no hmu genes. Iron Regulatory sites: RirA-box.
CHUK. AL. ATBE. CZ. ENFR. DE. EL HU. IE. IT. NL. PL. PT. RO. RU. SC. ES. SE. CHf. CHd. UK. AL. AT BE. BO. HR. CZ. EN. FR. DE. EL. HU. IE. ITKO. MA. NL.
Page 1. gate V. Figure S2. 24.9%. SSC. FSW. MHC II. C. D. 103. CD11b gate I gate II gate IV gate Vi. WT gate III gate Vii. 26.2%. 36.2%. CD11c. FSC. FSC. CD8.
-| miR2.2 A AA G miR2.1 GGUGAUGGGGAUAGAUCAUUGC AUUGUUGGUCUUCAACGAGGAAUUCCU GU GC C CCACUACCCCUAUCUAGUAACG UAACAACCAGAAGUUGCUCCUUAAGGA UA UG G AG U^ miR2.2* C C- A miR2.3* CAACCAGAAGUUGCUCCUUAA miR2.4* AACCAGAAGUUGCUCCUUAAG
-- miR3.1* UAGU-C--| GAAA C G-AAAA A G AAG GAC UG UUCGGGGA UUG UA G GUUGUCUCUUGCCUGCCCAUGGAUUCAGCAGC 5’ UUC CUG AU AAGCCCUU GGC AU C CAACAGAGAACGGACGGGUA CCUAAGUCGUCGU 3’ UC miR3.1 CAAACU CAA^ G--- AGA CUAG G miR3.2 AGAGAACGGACGGGUACCU miR3.3 AGAACGGACGGGUACCUAAGUC miR3.4 CGGACGGGUACCUAAGUCGUCG miR3.5 GACGGGUACCUAAGUCGUCGU
ama-MIR4 UUA UC CAAUCACCAACCC AA| CCAAAAGUUU AGUUUGUGCGUGAAUCUAAC AGAUU AGAUUC UCA \ 5’ UCAAAUACGCACUUAGAUUG UCUAG UCUGAG AGU U 3’ UGC UACCC--------AC^ UUCCUGUACC ama-MIR5 A C UUU---C U----CAUAA--------AUAUC---- C-| U UAU UGC UGAAA AGGAAAA UCCAUU UG ACU GGU A 5’ GGUG CUUUUUUUUUUUUUUUUU AUA AUG ACUUU UCCUUUU AGGUAA AC UGA CCA U 3’ UUAC GAAAAGAAAGAGAAAAGA U A CACCACU C UUUAGU UUUCCAAUUCCCUG GUGCU UUUUU UU U^ U
ama-MIR6 UC| U U 5’ GGGGUAUUA GA CUUUUUAUUC U 3’ CUCCGUAGU CU GAAGGAUAAG U UU^ - A U ama-MIR7 AAG -| C GAUA AUG UGUUGAAUC AUGG AUGCCG GGC CU \ 5’ GCAACUUAG UGCC UACGGC UCG GA C 3’ C^ CGA AAC UA GGA
ama-MIR8 U G-| GUUUAACAGC \ 5’ CGGGAAGAGUUAUC UUUCU C 3’ GCCCUUCUCAAUAG AAAGG UA^ U UCCCACCCGC ama-MIR9 UUU GU A AUAAGUGGGA--| G GUGAAAUGAC UUGAGAG GU GG GCC A 5’ CAUUUUAUUG AAUUUUC CA CC CGG A 3’ C AUU AU - AUAAAGUGAAAG^ A ama-MIR10 C-C CUCUC---CU CCGCCGUUCU G— -| A UCUCUCUCUCUCUCU UCUCUCUCU UCUCUCU CUCUCUCUCU AGUC GC GAGAGG A 5’ AGAGAGAGAGAGAGA AGAGAGAGA AGAGAGG GAGAGAGAGA UCAG CG CUCUUC A 3’ U GAA AAAAAUUAU UU C--------ACUG A^ G ama-MIR11 GUU| U GU GCAUUAUUAUUAUUAUUAUUG U U 5’ CGUAGUAGUAGUAGUAGUAGU G G 3’ ACU^ U UU ama-MIR12 GGA| U A UCGCGGCG CGUGGGCGG U AGCGCUGC GCGCCCGUC C AAG^ A G
5’ 3’
ama-MIR13 miR13.2 CUCUCUCUCUCUCUCUCUCA miR13.1
A .-AUUCCGUAAA| C UUUUAUUAUUCUCU AGAGC CA U 5’ AGCA UCUCUCUCUCUCUCUCUCUC UCUCG GU C 3’ UUGU AGAGGGGGAGAGAGAGAGAG C A \ ----------^ U UUAACUUAAACUUU (104 nt side loop) A
ama-MIR14 CUU 5’ 3’
AAC
UUGAUUA AACUGAU
GAG ------------------| A U UAGGGGUCGCGA GAGA GCAG GCG \ GUUCUCAGCGCU CUCU CGUC CGC A ACU UAUAUUU GAGCACUGAUAC^ C C
ama-MIR15 -CCG--- AA .-G| UCCGG U GUG-C CG AUUUAUUU UUUCUGUAUU AAUA GA UGUGA U 5’ GAGGUUUGAAUAUUAAGUAUGAAUCAUAGUUCGA GC UAGGUAAA AAAGACAUGA UUAU CU ACAUU U 3’ CUCCAAACUUAUAAUUCAUACUUAGUAUCAAGCU CG UAUGAA AC \ -^ UAG-C AGUUA G (72 nt side loop)