A Laboratory Information Management System (LIMS) is software that allows you to effectively manage samples and associated data. By using a LIMS, your lab can automate workflows, integrate instruments, and manage samples and associated information.

1. Neptune Solution is one of the leading
organizations in Software and Web services.
This company is established in the year 2010
with the core purpose of offering a complete end-
to-end and cost-effective software and web
development solutions to the customers.

2.  Laboratory information
management software which is
based on the information and
management system that offer a
key features and laboratory
operations. Using LIMS you can
produce reliable result more
quickly and track data from
sequencing run over time. The
functions of a LIMS will likely also
change. In spite of these changes,
a LIMS tends to have a base set
of functionality that defines it. That
functionality can be divided into
five laboratory processing phases.

3.  The reception and login in a
sample data:
 The reception and login in a sample
data one of the most important
element of the analytical process.
Until is not properly organized the
integrity of the complete analytical
process is risked.
 Centralize access and storage
of quality control data
 A LIMS may create control files that
are fed into the instrument and direct
its operation on some physical tem
such as a sample tube or sample
plate. The LIMS

4.  Track reagents and lots:
 In this phase data should be assign in proper
time and with scheduling for analysis that data
will be track easily. With these steps this phase
you can easily find and analyse the sample
data.
 Perform instrument run monitoring:
 Confirm instrument performance
 Confirm proper laboratory methodology
 Confirm operator competency
 Demonstrate competitive advantage (via the
above)
 Provide greater customer confidence levels
 May then import instrument results files to
extract data for quality control assessment of
the operation on the sample.

5.  Initiate downstream data analysis:
 The direction of travel from a source to an
outlet is with the current, or downstream.
Conversely, the direction of travel from an
outlet to a source is against the current,
 Integrate with instruments or other in-
lab systems to improve lab efficiency:
 Improved efficiency in the testing laboratory
may often be thought to lie in the
implementation of new technology or in the
application of automation. However, the first
two speakers in the symposium emphasized
that greater thought about working practices
could bring about dramatic improvements.

6. SCO 85-86, First floor , Backside of Piccadilly
Theatre 34-A, Chandigarh
Mail: gmail@neptunesolution.in
call : 0172-5031005, 9780373638,
9780415192
http://www.neptunesolution.in/

7. SCO 85-86, First floor , Backside of Piccadilly
Theatre 34-A, Chandigarh
Mail: gmail@neptunesolution.in
call : 0172-5031005, 9780373638,
9780415192
http://www.neptunesolution.in/