source: branches/tree/HELP_SOURCE/source/arb.hlp

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1#Please insert up references in the next lines (line starts with keyword UP)
2UP      help.hlp
3UP      FAQS.hlp
4UP      glossary.hlp
5UP      arb_commands.hlp
6UP      copyNpaste.hlp
7UP      arb.pdf
8UP      changes.hlp
9UP      version.hlp
10UP      copyright.hlp
11
12#Please insert subtopic references  (line starts with keyword SUB)
13SUB     arb_ntree.hlp
14SUB     arb_pars.hlp
15SUB     e4.hlp
16SUB     pt_server.hlp
17SUB     save.hlp
18SUB     no_tree.hlp
19
20#************* Title of helpfile !! and start of real strunk ********
21TITLE           ARB: a Short Introduction
22
23OCCURRENCE      General info
24
25DESCRIPTION     ARB (ARBor, Latin: tree): A software environment for maintaining
26                databases of molecular sequences and additional information, and
27                for analyzing the sequence data, with emphasis on phylogeny
28                reconstruction.
29
30                The programs have primarily been developed for ribosomal
31                ribonucleic acid (rRNA) sequences and, therefore, contain
32                special tools for alignment and analysis of these structures.
33                However, other molecular sequence data can also be handled.
34                Protein gene sequences and predicted protein primary structures
35                as well as protein secondary structures can be stored in the same
36                database.
37
38                The ARB package is designed for graphical user
39                interface. Program control and data display are available in
40                a hierarchical set of windows and subwindows. The majority of
41                operations can be controlled using the mouse for moving the
42                pointer and the left mouse button for initiating and performing
43                operations
44
45SECTION         HOW TO START
46
47                Enter <arb> or <arb filename> to start.
48
49SECTION         ARB MODULES
50
51        ARB_DB
52
53                A central database of (aligned homologous) sequences and
54                additional information, taken from public databases or supplied
55                by the user, is stored in a (binary or ASCII) file (*.arb).
56
57                All ARB tools for database handling and most ARB tools
58                for data analysis act directly upon the database. Any local modifications by
59                individual ARB tools are immediately exported to the database
60                and all other active tools.
61
62                The database can be structured according to phylogeny or other
63                user-defined criteria.
64
65                Tools for text-oriented database searching are integrated.
66
67        ARB_NT
68
69                Phylogenetic trees derived from the data or imported from other
70                sources are displayed within the main window. Different tree
71                topologies, complete trees, and subtrees can be stored and used for
72                "walking" through the database. Database entries can be
73                shown with the tree on the screen or in separate windows.
74                Trees can be used to define subsets of data for display
75                or analysis by other ARB tools.
76
77                Publication-ready trees can be produced by shaping the
78                displayed tree topology and printing or exporting the tree to
79                foreign software (TREETOOL [], XFIG []).
80
81        ARB_EDIT4
82
83                An editor for the display of sequences and sequence-associated
84                data (masks and filters, consensus sequences, higher-order structure) and
85                basic editing functions is available. This tool allows manual entering of
86                new sequences (with a customized keyboard, if desired); manual modification
87                of alignments; search and replacement of sequence stretches; and printout of data.
88
89                Predicted higher-order structure is automatically checked according
90                to a user-provided mask and may be displayed with the sequences by
91                user-definable symbols.
92
93        ARB_ALIGN
94
95                The ARB tool for automated sequence alignment searches for the
96                most similar sequences in the database and inserts the new
97                sequence into an existing alignment according to primary and
98                higher-order structural similarity.
99
100        ARB_IMPORT/EXPORT
101
102                ARB modules as well as integrated foreign software (GDE [1],
103                READSEQ [2], CONVERTALIGN [3]) can be used for import and export
104                of (subsets of) data in different formats, and for database
105                merging.
106
107        ARB_PROTECTION
108
109                Up to six hierarchical protection levels can be individually
110                assigned to database entries to prevent unintended modification
111                or loss of data.
112
113        ARB_NAMES
114
115                Unique identifiers are automatically generated for the
116                individual entries and stored with the database. This prevents
117                multiple entries of the same data, and assignment of identical names to different data.
118
119        ARB_PHYL
120
121                ARB tools and integrated foreign software (PHYLIP [4], DE SOETE
122                [1], fastDNAml [4]) allow calculation of similarity/distance
123                matrices, conservation profiles, selection masks and phylogenetic
124                tree reconstruction using different treeing approaches.
125
126        ARB_PROBE
127
128                Species- and group-specific probes are designed and checked by searching the complete database for unique sequence
129                stretches. Potential probe or target sites are ranked by user-supplied criteria for mismatch weighing.
130
131
132NOTES           Most ARB tools allow user
133                input concerning database structure,
134                data selection, inclusion of additional data,
135                specification of analysis parameters, and design of simple
136                programs for online data analysis. Default values or examples
137                are included in the current release.
138
139                Online help is available for all tools (windows).
140
141EXAMPLES        None
142
143WARNINGS        None
144
145BUGS            No bugs known
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