This class of tRNAs strongly support the utility of our computational analyses as the tRNAAla identity elements have already been perhaps one of the most well characterized to time [13,14]

VIP Receptors

This class of tRNAs strongly support the utility of our computational analyses as the tRNAAla identity elements have already been perhaps one of the most well characterized to time [13,14]. and eight clades of trypanosomes for tRNACys. (PDF) pntd.0007983.s007.pdf (65K) GUID:?7401EBE5-AE0C-42B8-9C7F-5EC44DDC56D9 S8 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNAMet. (PDF) pntd.0007983.s008.pdf (65K) GUID:?B39F28F8-32A5-433A-A8E0-2970934BAAB3 S9 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNAGlu. (PDF) pntd.0007983.s009.pdf (72K) GUID:?27FB33B7-08E8-49EF-AEF2-D71FC8A246EE S10 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNAGln. (PDF) pntd.0007983.s010.pdf (71K) GUID:?35E28082-8308-455F-A2A8-CED4658B0371 S11 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNATyr. (PDF) pntd.0007983.s011.pdf (65K) GUID:?961F055D-5644-47D6-BD99-14F8BB79AA36 S12 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNATrp. (PDF) pntd.0007983.s012.pdf (65K) GUID:?1B780C96-9AEF-44FA-B701-0480163CB0C2 S13 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNASer. (PDF) pntd.0007983.s013.pdf (80K) GUID:?326B5B41-FC77-414D-B4FA-352DEF9544D3 S14 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNAThr. (PDF) pntd.0007983.s014.pdf (76K) RS 127445 GUID:?9969A8A3-EF4A-4C6D-8315-3371345F6A2F S15 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNAPro. RS 127445 (PDF) pntd.0007983.s015.pdf (76K) GUID:?B300E08F-4F0E-4A21-A62F-E47F7FC93909 S16 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNAHis. (PDF) CR1 pntd.0007983.s016.pdf (69K) GUID:?D027288A-891A-4515-8FA7-745704F3B58B S17 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNAGly. (PDF) pntd.0007983.s017.pdf (80K) GUID:?6910FA5F-D99A-4916-BE8F-8FBDCECFEEF2 S18 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNAAsp. RS 127445 (PDF) pntd.0007983.s018.pdf (65K) GUID:?0C1429CF-1D3E-4BB8-899E-2C2ECE66E9D3 S19 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNAAsn. (PDF) pntd.0007983.s019.pdf (67K) GUID:?1A027825-3EEB-41E4-9F3C-06D057DB57F5 S20 Fig: Bubbleplots of CIF divergence between humans and eight clades of trypanosomes for tRNALys. (PDF) pntd.0007983.s020.pdf (70K) GUID:?6ACC3060-A789-43EB-A326-AB608BE368E0 S21 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes RS 127445 for tRNAPhe. (PDF) pntd.0007983.s021.pdf (66K) GUID:?E209BC48-85C3-4D53-A8BE-F8204E13DE76 S22 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNAAla. (PDF) pntd.0007983.s022.pdf (74K) GUID:?20D87E1E-8CD9-4F62-8D36-1DC70965BAE4 S23 Fig: Bubbleplots of CIF divergence between individuals and eight clades of trypanosomes for tRNAiMet. (PDF) pntd.0007983.s023.pdf (65K) GUID:?05555C02-B6F8-4101-AFA5-888240713B55 S24 Fig: Single-site function logos for Adenine in every clades, part I. (PNG) pntd.0007983.s024.png (767K) GUID:?7813C3A2-3E7D-4BFD-9245-EC798D5EC99D S25 Fig: Single-site function logos for Adenine in every clades, part II. (PNG) pntd.0007983.s025.png (784K) GUID:?A1D013C6-5B14-430D-9294-E01C6522A8B6 S26 Fig: Single-site function logos for Uracil in every clades, part I. (PNG) pntd.0007983.s026.png (757K) GUID:?215C2296-2851-4C48-9958-CA23B7DCB4B2 S27 Fig: Single-site function logos for Uracil in every clades, component II. (PNG) pntd.0007983.s027.png (771K) GUID:?64808D49-E036-455B-AB87-1A5BD55F1229 S28 Fig: Single-site function logos for Guanine in every clades, part I. (PNG) pntd.0007983.s028.png (660K) GUID:?0E10525E-0687-41F2-BC62-2B467E114863 S29 Fig: Single-site function logos for Guanine in every clades, part II. (PNG) pntd.0007983.s029.png (668K) GUID:?A4C28D9C-AF6A-4C7E-AF9B-073BD9FA4335 S30 Fig: Single-site function logos for Cytosine in every clades, part I. (PNG) pntd.0007983.s030.png (719K) GUID:?D2AC5ECB-A6E3-4715-9555-60398E0D77FA S31 Fig: Single-site function logos for Cytosine in every clades, part II. (PNG) pntd.0007983.s031.png (726K) GUID:?6069A5ED-A1EC-4E83-B8EA-A47B9DE4AE53 S32 Fig: Paired-site function logos for individuals. (PNG) pntd.0007983.s032.png (504K) GUID:?D582DAAB-3326-4AF6-BCCC-9EBC5AEF41AF S33 Fig: Paired-site function logos for clade. (PNG) pntd.0007983.s033.png (493K) GUID:?8B234760-EA5E-49B8-B6E8-318E06233063 S34 Fig: Paired-site function logos for clade. (PNG) pntd.0007983.s034.png (464K) GUID:?A232BC65-3B71-4A9A-8242-38AF14C0344A S35 Fig: Paired-site function logos for clade. (PNG) pntd.0007983.s035.png (453K) GUID:?CC71BEDA-008B-41B7-9D19-00FA2DBAA8CE S36 Fig: Paired-site function logos for Viannia subclade. (PNG) pntd.0007983.s036.png (466K) GUID:?4B1009E5-0003-4DEB-BB6B-C8EF1AB8F285 S37 Fig: Paired-site function logos for clade. (PNG) pntd.0007983.s037.png (454K) GUID:?E4Compact disc6BC4-4F15-4828-BFAE-86CE2C8291CF S38 Fig: Paired-site function logos for clade. (PNG) pntd.0007983.s038.png (471K) GUID:?85D1775C-8B9B-4EAF-8BE9-BE178C644717 S39 Fig: Paired-site function logos for American clade. (PNG) pntd.0007983.s039.png (477K) GUID:?9B94A520-4AE5-4A04-B818-ADB1EFC65AD6 RS 127445 S40 Fig: Paired-site function logos for African clade. (PNG) pntd.0007983.s040.png (487K) GUID:?F1EE94BB-64C5-4B9B-A0AB-039BF9924904 S41 Fig: UPLC-qTOF bottom top chromatogram of (A) RL12-182-HVF-D Sep-Pak Small fraction C Subfraction 10C9 and (B) extracted ion chromatogram of top 316.28 in dynamic region of track.(PDF) pntd.0007983.s041.pdf (151K) GUID:?06F9234A-8E5E-4894-BB8C-81D5202F7919 S42 Fig: UPLC-qTOF mass spectrum for peak at 316.28 AlaRS aminoacylation. (PDF) pntd.0007983.s045.pdf (39K) GUID:?7F8B9E6D-207B-4D30-8E13-EDFFD26909C5 S1 Desk: Similar and putatively homologous tRNA gene cluster variant sets of duration at least three occurring in at least two genomes. (PDF) pntd.0007983.s046.pdf (20K) GUID:?4341D988-1551-44C8-9407-EE8D34DC97B2 S2 Desk: Equivalent and putatively homologous tRNA gene cluster sets of duration at least 3 occurring in in least two genomes. (PDF) pntd.0007983.s047.pdf (37K) GUID:?E9B69A52-B168-492D-91E1-CE419A87A0AF S3 Desk: Equivalent and putatively homologous tRNA gene cluster sets of duration at least 3 spanning both (L) and (T) genera genomes. Just groupings 1, 3 and 4 include five gene cluster variants conserved in both genera, specifically, ASD, DSA, LXP (two variants), and QLI, where X symbolizes the initiator iMet tRNA gene.(PDF) pntd.0007983.s048.pdf (42K) GUID:?A3097D01-C359-4D77-A681-25932D5405FC S4 Desk: Gene length, structure and useful type statistics in last annotation gene models. (PDF) pntd.0007983.s049.pdf (29K) GUID:?3EA902E9-7B00-4B3A-ADA6-805AC6E30FF9 S5 Table: Nucleotide Composition of TriTryp tRNA Gene-Sets by Individual Genome Assembly, Organized by Clade (alternating background in the region of Table 1, boldface) or.