Saturday, January 13, 2018

HPLC Method Development and Validation in Pharmaceutical Analysis: Handbook for Analytical Scientists



Price: $105.00 - $87.34
(as of Jan 13,2018 08:01:33 UTC – Details)

This handbook is concerned with new chromatographic method development and validation using novel systematic approaches for pharmaceutical compounds. The first stage of the research was to study how method development and validation are typically carried out at present and to formulate this into a simple step-by-step approach. Such a template and protocol was not only used as the foundation of this research programme but could also serve as a simple systematic guide for other practitioners in the pharmaceutical industry. Furthermore, it was recognised that this protocol should satisfy the requirements of the major regulatory agencies. The second stage of this research involved evaluation and application of the above validation approach to new methods that were developed for a diverse range of analytes using HPLC, LC-MS and GC. In essence, the critical review of the requirements for method validation for various agencies and the subsequent preparation of single guidelines on how to go about method validation have had a significant impact on analytical practitioners worldwide.HPLC Method Development and Validation in Pharmaceutical Analysis

pharmaceutical validation

Validation of Pharmaceutical Processes, 3rd Edition



Price: $209.95 - $128.29
(as of Jan 13,2018 07:59:26 UTC – Details)

Completely revised and updated to reflect the significant advances in pharmaceutical production and regulatory expectations, this third edition of Validation of Pharmaceutical Processes examines and blueprints every step of the validation process needed to remain compliant and competitive. The many chapters added to the prior compilation examine validation and six sigma system design; the preparation of aseptic and non-aseptic pharmaceutical products; active pharmaceutical ingredient and biotechnology processes, computerized systems; qualification and cleaning of equipment; analytical methods, calibration and certification. As the industry’s leading source for validation of sterile pharmaceutical processes for more than 10 years, this greatly expanded is a comprehensive analysis of all of the fundamental elements of this arena with practical solutions for every pharmaceutical and bio-pharmaceutical production process.

Presenting theoretical knowledge and applied practical considerations, this title

  • provides an in-depth discussion of recent advances in sterilization
  • identifies obstacles that may be encountered at any stage of the validation program, and suggests the newest and most advanced solutions
  • explores distinctive and specific process steps, and identifies critical process control points to reach acceptable results
  • blends the use of theoretical knowledge with recent technological advancements to achieve applied practical solutions

Informa Medical

pharmaceutical validation

Pharmaceutical Validations



Price:
(as of Jan 13,2018 07:57:52 UTC – Details)


A try to fill gap between theory and practical knowledge. Must read book for job seekers who wants to join quality Assurance, Quality control, project management or validation team in pharmaceuticals.




pharmaceutical validation

Wednesday, January 10, 2018

Clean area cleaning validation program

II. Scope
This solution is suitable for the formulation chamber clean area to verify the effect of the cleaning and disinfection.
three. Verification team and responsibilities
IV. Content
1 Overview
According to GMP requirements, each should have put into production after cleaning procedures for plant and clean production environment and production area is cleaned or disinfected prior to production, and the use of disinfectants species to be regularly replaced to prevent the generation of drug-resistant strains, is here, the primary authentication scheme verification after cleaning and disinfection required to check the effect of the cleaning and disinfection and by visual method for detecting microorganisms, the cleaning procedures to evaluate the clean area, to prevent contamination and cross-contamination of effectiveness and feasibility.
2. Implementation Frequency
To demonstrate the cleaner production environment clean area D, feasibility and reliability of the sterilization procedure, a certain number of verification required continuously ensure reproducibility, in this authentication scheme, the number is verified three times in succession.
3. verification method
3.1 Selection of cleaning agents and disinfectants
Cleaning agent: 1% NaHCO3 solution, purified water, water for injection
Disinfectants: 5% cresol soap solution, 0.1% benzalkonium bromide solution, 75% ethanol.
3.2 sampling operation
3.3.1 Buildings and facilities cleaning effect check:
After completion of the cleaning plant according to the cleaning procedure, the respective portions visually, production areas facilities, equipment and manufacturing surface without visible foreign matter remnants after no stains mercerized clean towel. 3.3.2 disinfection plant facilities check: 3.3.2.3 Determination of surface microbial count
1, the tab 20 cotton, forceps into a container box, the box with moist heat sterilization at 121 deg.] C, 20min after heat sterilization, out, cooled standby.
2, absorbent cotton wetted with sterile saline check sterilized tweezers and a cotton swab to take their pressing against the solvent vial to remove excess solvent.
3, the forceps with a sterilized swab head according to the sampling surface, slightly curved so hard, smooth and slow sampling wiping surface. While moving forward to move it from side to side. It should cover the entire surface of the wiping process. Flip swab, let the other side is also a cotton swab to wipe. However, the wiping movement direction perpendicular to the previous.
FIG :( below the wiping area of ​​about 25cm2)
Sampling swab schematic
4, after the wiping is completed, the check cotton wipe test tube end, and sealed with a screw cap screwed. After the sampling is done on a test tube marked sampling information.
5, the blank prepared in reference do, step 2 by wet swab, the swab tip into the tube, and sealed with a screw cap screwed. After the sampling is done on a test tube marked sampling information.
6, the swab placed in 5ml sterile saline, microbial limit test ultrasonically washed for 2 minutes, washed with water taken, the agar was poured into petri dishes, to take a cotton swab was washed in water, 1ml per dish uniformly coated on the culture medium, culturing 30-35 ℃ 48 hours to observe the number of colonies, the total number of colonies per dish summed. Calculating the average number of colonies (results shown in Table 5).
7, sampling frequency: Each room is carried out three consecutive validation. Each time after the first day of each cleaning plant, the third day, fifth day and seventh day of sampling points at the same position.
8, the sample points: the gate process, respectively (total surface point) in each room, the wall (at the corner of the wall to the ground and two n-CCP), the roof (the roof and wall corner and two roof CCP point), floor (entrance, ground two positive CCP), the table (surface). Each point of the wiping area of ​​25cm2. Clean room (area) sampling points are arranged to be uniform to avoid too sparse sampling point in a local area. Sampling room and sampling points are as follows:
Only clean area detection surface of the device, among other surfaces (floors, walls, door handle) sampling.
4. Verifiable Indicators
4.1 for each part of the visual inspection, production areas facilities, equipment and manufacturing surface without visible foreign matter remnants after no stains mercerized clean towel.
4.2 swab wash water for microbiological examination, the number of colonies was observed, the total number of colonies per dish is calculated by adding the average number of colonies. Range of microorganisms on the surface of the facility shall not exceed the number of colonies in the table below.
5. Verify embodiment
All validation experiments to be in a table (table inspection records system elements) are in the situation must meet the following requirements. Based on "clean area cleaning tools cleaning and disinfection procedure" (SOP / SCQ005-2013 (Rev.3), to carry out cleaning and disinfection plant, sampling detection (detection results see table) in accordance with the sampling method.
6. Evaluation of the verification result and
Assessment procedures according to the results of verification "Authentication Management Regulations" (SMP / QAT006-2013 (Rev.5)) execution.
7. Verify Cycle
According verification team responsible for cleaning, disinfection D grade production areas, the development of revalidation cycle, verify the reported overall responsibility for approval.
V. deviation handling
In the process of verifying the implementation of the program in program implementation should ensure correct operation, the deviation should be documented occur due to an authentication method, and propose appropriate solutions. Verification team leader responsible for overseeing the implementation of the whole process.
VI. Accessories
Schedule Check a cleaning effect
Table II records microbial detection

Equipment cleaning validation program

PROCEDURES / INSTRUCTIONS

equipment cleaning validation program

Equipments Cleaning Qualification Protocol

File No. Doc No .: File version Revision:. Revision Date Revision Date: Case Unit intends Issued by:

editor Author proofreading Reviewed by

auditing a Date Approved by date as Effective

1. the Description

Manufacturing Equipment's for Dermasil OTC skincare product includes vacuum emulsification mix tank group & Liquid Automatic Filling Machine. These equipments adopt stainless steel materials, and facilitate cleaning and resist disinfection. They are easy to control and have good design, flexible and stable system, sensitive temperature adjusting. These Skin are Used to Produce Equipments Care Products's Same, with the Active Ingredients. Control at The Microorganism IS Significant.

2.Purpose

OTC

This is to check and verify if these equipments for OTC products are scientific and designed to facilitate operation.

3.cope

3.1. Dermasil OTC

This protocol is applied for cleaning qualification of these equipments for Demersil OTC Skincare

4. Role & Responsibilities 4.1. QA manager

4.1.1.

Assign team leader, approve validation protocol and reports, issue validation certificate and decide re-validation frequency.

4.2. Team leader

4.2.1.

Team leader is the leader of specific qualification projects, lead to and coordinate qualification assignment, draft the protocol and collect the data and records and sort out reports. 4.2.2.

Draft first cleaning validation protocol and complete the reports, and guide the implementation, training and technical transfer of the qualification.

4.3. QA

4.3.1.Review of qualification data and results. 4.3.2.

Supervise the qualification and review validation report. 4.3.3.。Manage qualification documents.

4.3.4.



Develop validation plan and supervise the implementation of validation and manage the documents.

4.4. LAB

4.4.1.

Develop inspection methods and limits of residue (products left, microorganism, cleaning agent). 4.4.2. 。Establish sampling methods

and sample for tests, and evaluate the qualification results.

4.4.3. Guide the production department to

choose cleaning agent and cleaning methods.

4.5. Production

4.5.1. Make the

procedure for cleaning and conduct cleaning activities and do training for the operators.

4.5.2. 。Arrange personnel and adjust time, and

provide necessary resources.

4.6. Maintenance

4.6.1. Do training of de-assembly and

installation.

5.

Qualifications

5.1. 。Follow the procedure to clean the equipments after

production.

5.4.
Physical inspection: use sterile blue or color different from that of the product cloth with 75% ethanol to wipe their surfaces, no residue is visible。

5.5. Residue

concentration limits: active ingredients used include dimethicone, they are highly safe raw materials without toxin. So we use physical check after cleaning is accepted. And if necessary we will send once to 3rd party for checking residue.

5.6. Microorganism examination

5.6.1. WI-006&WI-008。

Vacuum emulsification mix tank group & Liquid Automatic Filling Machine use washing water to clean. After clean the tank and homo-mixer, we use purified water to wash the homo-mixer. Samplings refer to WI-006, and sent to micro lab. Micro test method refers to WI-006&WI-008.

5.7.Re-qualification frequency

QAQA to decide the re-qualification frequency after verifying the results. 6.

Deviation Handling



Any deviation found will follow Deviation control procedure for handling and investigation. 7.

Reference

7.1.  WI-011 7.2.WI-006 7.3.WI-008 7.4. WI-001 8.

Attachment

8.1.Equipments Cleaning Qualification Records

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