validation techniques
TRANSCRIPT
Presentad byManohar D Kengar
M.Pharm FY (ceutics)RCP KASEGAON
2017-18
Validation-process validation is “A
documented programme ,which provides
a high degree of assurance that a
specific process will consistently
produce, a product meeting its pre-
determined specification and quality
attributes”.
It reduces risk of regulatory non compliance. Reduction of time to the market for the new product. Reduces the chances of product re-cell for market. Eliminated the scrap & reduces the defect cost. The final release of the product batch would be
expedited. It requires less in-process control & end process
testing. Parametric release of batch can be achieved
validation.
Customer satisfaction
Customer mandated
Product liability
Control production cost
The development of the next
generation
safety
During the process the knowledge of process increases
Assures the repeatability of the process
Assures the fluency of production
Assures that the product is continuously according to the marketing authorization
Decreases the risk of the manufacturing problems
Decreases the expenses caused by the failures in production .Decreases the risk of failing in GMP
The major types of validation
Process validation
Cleaning validation
Equipment validation
Validation of analytical methods
Definition As per FDA nov.2008,The collection of
data from the process design stage
throughout production, which
establishes scientific evidence that
process is capable of consistently
delivering quality products.
stage 1.process design
stage 2.process qulification
stage 3.continuced process
verification
Prospective validation
Retrospective validation
Concurrent validation
Revalidation
Definition: A process of attaining and
documenting sufficient evidence to give
reasonable assurance, given the current
state of Science and Technology, that the
cleaning process under consideration
dose, and or will do, what is purpoes to
do.”
To minimize cross contamination.
To determine efficiency of cleaning process.
To troubleshooting in case problem identified
in the cleaning process and give suggestion to
improve the process.
Cross contamination product of one product in to another.
Product contamination by foreign material.
Microbial contamination.
Cleaning methods Manual cleaning method.
Semi automated procedures.
Fully automated procedures.
Product
Equipment.
Facilities.
Cleaning methods.
Cleaning agents.
Sampling.
Testing, Limits, and acceptance criteria.
Product
Equipment.
Facilities.
Cleaning methods.
Cleaning agents.
Sampling.
Testing, Limits, and acceptance criteria.
Definition As per FDA ,May 1987,Action of proving that
any equipment works correctly and leads to
the expected result is equipment
qualification.
It is not single step activity but instead result
from many discrete activities.
User requirement specification
Design qualification
Installation qualification
Operational qualification
Performance qualification
1)Before At documented 1) After 1)Whenever
Purchasing installation of installation instrument
a new new or 2)After major is used,
Instrument existing changes, e.g., dally
instruments repair, updates
Design qualification
Installation qualification
Operational qualification
Performance qualification
Definition:
The process by ,which its
established,by laboratory
studies,that the performance
characteristics of the method meet
the requirement for the intended
analytical application.
“The closeness of test result obtained by that
method to the true value.this accuracy should
be established application.”
Precision “The degree of agreement among individual
test result when the method is applied
repeatedly to multiple sampling of a
homogenous sample.”
The ability to assess unequivocally
analyte in the presence of components
that may be expected to be present,such
as impurities degradation product
matrix componenet.”
“A characteristic quantitative assays for low
levels of compound in sample matrices such
as impurities in bulk substances and
degradation product in finished
pharmaceuticals. It is the lowest amount of
analyte in a sample that can be determined
with acceptable precision and accuracy under
the stated experimental conditions.”