Search Standard Probes is a powerful probe search tool that gives you
many options for retrieving the probes that you want. For a general discussion
of this type of search, see What
is a standard probe search.
Search
Type |
Instructions/Details |
ALL |
In
this type of search, you specify a single search term. eArray
retrieves probes that have any annotation or accession value that
matches the search term.
In
Search Term(s), type
the desired search term.
Do
one of the following:
|
Probe
ID |
In
Search Term(s), type probe
ID(s). Separate multiple IDs with pipe
"|" characters. Alternatively, to upload a file that
contains the desired probe ID data, click Upload,
then select the desired file. See Upload
data for probe searches. |
Gene
Symbol |
(Available
for all application types except microRNA) In Search
Term(s), type valid gene symbol(s).
Separate multiple gene symbols with pipe "|" characters.
Alternatively, to upload a file that contains the desired gene
symbol data, click Upload,
then select the appropriate file. See Upload
data for probe searches. |
Accessions |
(Available
for all application types except microRNA) In Search
Term(s), type valid accession number(s),
without sources. Separate
multiple accessions with pipe "|" characters. Alternatively,
to upload a file that contains the desired accession data, click
Upload, then select the
desired file. See Upload
data for probe searches.
|
Cytoband |
(Available
for all application types except microRNA) In Search
Term(s), type cytoband identifier(s) in the box. Separate
multiple cytobands with pipe "|" characters. Alternatively,
to upload a file that contains the desired cytoband data, click
Upload, then select the
appropriate file. See Upload
data for probe searches and Genomic
interval formats. |
miMAT# |
(microRNA
application type only) In Search
Term(s), type a miMAT accession in the box, or multiple
miMAT accessions separated by pipe "|" characters. The
search returns probes that are associated with the miMAT accession(s).
Alternatively, to upload a file that contains
the desired miMAT accession data, click Upload,
then select the appropriate file. See Upload
data for probe searches. |
microRNA
Name |
(microRNA
application type only) In Search
Term(s), type the name(s)
of a mature microRNAs. Separate multiple names with pipe "|"
characters. Alternatively, to upload a file that contains the
desired microRNA names, click Upload,
then select the desired file. See Upload
data for probe searches.
Note:
For the microRNA application type, probes are grouped by the
specific microRNA to which they bind. Up to four related probes
are grouped under the name of each mature microRNA target.
In general, for microRNA arrays, each mature microRNA is represented
by 1-4 probes, which vary in length. These probes act in concert
to measure the microRNA of interest, and the data are combined
downstream in Agilent’s Feature Extraction software.
|
Chromosomal
Location |
(Available
for the Expression and microRNA application types) In Search
Term(s), type a chromosomal location, or multiple locations
separated by pipe "|" characters. The search returns
any probes that are designed to the exact genomic coordinates
that you specify.
Alternatively, to upload a file that contains
the desired chromosomal locations, click Upload,
then select the appropriate file. See Upload
data for probe searches. |
Probe
Sequence |
In
Search Term(s), type a
valid probe sequence in the box, or multiple sequences separated
by pipe "|" characters. The search returns probes whose
sequences are exact matches.
To upload search sequences from a file,
click Upload. See Upload
data for probe searches. |
Criterion |
Instructions/Details |
Folder |
(Required)
Select a folder from the list. The search retrieves probes only
from the chosen folder. To include the folder's subfolders in
your search, mark Include Subfolders.
|
Species |
(Required)
Select the desired species from the list.
|
Used
in Probe Groups |
If
you set this criterion, the search returns probes only from the
specified probe group(s). Note that Search Standard Probes cannot
search High Density (HD) probe groups. To specify probe groups,
click Select and Add.
See Select
probe groups for probe searches. |
Used
in Array Designs |
If
you set this criterion, the search returns probes only from the
specified microarray design(s). Note that Search Standard Probes
cannot search High Density (HD) probe groups within microarray
designs. To specify microarray designs, click Select
and Add. A microarray selection window appears. This selection
window functions similarly to the one for probe groups described
in Select
probe groups for probe searches. |
miRBase
Version |
(microRNA
application type only) (Required) From the list, select the desired
microRNA database version to search. To search all available versions,
select All. miRBase is
a comprehensive database that contains all published microRNAs,
including their sequences, genomic locations, and related annotation.
For more information, go to microrna.sanger.ac.uk.
Note:
•
It can be especially useful to search a previous version of
miRBase if you have legacy data, for example from the Agilent
V1 miRNA array, for a miRNA that has changed in subsequent
versions of miRBase.
•
Probes are annotated to microRNAs from previous versions of
miRBase only when the microRNA sequences change (and then
only if that change requires new probes), or if the microRNA
has been removed from subsequent versions of miRBase.
•
Probes that are annotated to previous versions of miRBase
have the database version appended to the microRNA name. For
example: miR-hsa-###_v9.1.
|
Include
* Sequence |
(microRNA
application type only) Star "*" sequences are an alternate
class of miRNAs derived from the same precursor miRNAs as corresponding
"non-star" miRNAs. A star sequence is generally the
less predominant mature miRNA species. For example, both miR-56
(the predominant species) and miR-56* (the less-predominant "star"
sequence) are both thought to be derived from the same predicted
precursor.
Mark this option to return probes for both
star and non-star miRNAs. |