BIOMANUFACTURING Photo from Flickr.com.

Slides:



Advertisements
Similar presentations
COSHH ASSESSMENT TRAINING Essential Elements of a COSHH Form.
Advertisements

Academic Chemistry BB density lab.
Producing a Pharmaceutical or Biopharmaceutical
States of Matter Slime. Eureka! States of Matter: Liquids.
LAB SAFETY! WHAT DO YOU DO? HOW SHOULD YOU DO IT? WHAT HAPPENS IF YOU DO IT WRONG?
Facility Design Tutorial This tutorial is designed to enhance knowledge of biotechnological/pharmaceutical processes. The topics covered within this tutorial.
Biological and Chemical Solution Preparation
1 Determining Mass Mass is a direct measurement of the amount of matter in a sample.
Feed Laws & Labeling AnSci Lance Baumgard
UNIT 3.04 Career Opportunities By PresenterMedia.comPresenterMedia.com.
Huzairy Hassan School of Bioprocess Engineering UniMAP.
Mixtures and Solutions Lab Activity
Using Laboratory Equipment Chapter 3
Current Good Manufacturing Practices (cGMP’s). Biotechnology using living cells and materials produced by cells to create pharmaceutical, diagnostic,
Regulatory Overview.
Biotechnology Careers Objective Primary Careers Areas of concentration Areas of concentration Horticulture – growing fruits, veggies, and ornamental.
A Basic Overview of the US FDA’s Regulations for Regulatory Compliance
Regulations, Quality Systems and Documentation
Notebooks and Protocols
Standard #1 Select appropriate lab glassware, balances, time measuring equipment and optical instruments to conduct an experiment.
Culturing Yeast Cells on Media. Pre Lab Definitions: Petri Dish: A round, shallow dish used to grow bacteria. Culture: To grow living organisms in a prepared.
September 7, 2007 Warm-Up question What does making cheese have to do with biotechnology?
Aloe Vera of America: A Quality IASC-Certified Producer of Aloe Vera Presented by Walt Jones.
The Biotech Industry and Careers Why choose a career in Biotechnology? Because you can help save lives, cure diseases, help feed the hungry, help create.
 Each TABLE will make one recipe, enough for TWO Petri dishes  We will be using water from the tap (no distilled water this time)
THE BIOTECHNOLOGY WORKPLACE. OVERVIEW Biotechnology workplaces Laboratories.
Notes from Basic Lab Methods for Biotech by Seidman Weighing Materials Proper use of balances.
Biotechnology and Schools: What’s the Connection?.
1 Multi Beam Balance. 3 Here are the steps for using a multi-beam balance properly: Adjust all riders, so that each reads zero. Then check to make sure.
Welcome! Introduction to Biochemical Engineering (CHE 461.3/861.3) Instructor Dr. C. Niu Chemical Engineering.
Mixtures and Solutions Investigation 1.  What is a mixture?  What is a solution?  What is the difference b/t a mixture and solution?  Our first investigation.
HAZARD COMMUNICATION. Most Frequently Cited Violations In The Workplace n Written Hazard Program n Information & Training n Material Safety Data Sheets.
Module 1 Biotechnology Basics Copyright © Texas Education Agency All rights reserved.
DOCUMENTATION: THE FOUNDATION OF QUALITY.
Producing a Pharmaceutical or Biopharmaceutical The Manufacturing Process.
You will be doing many laboratory activities, which require the use of hazardous chemicals and expensive lab equipment. To ensure a safe science classroom,
BIOTECHNOLOGY A Review. What is biotechnology? Any technological application that uses biological systems, living organisms or derivatives thereof, to.
 A type of mixture in which one substance is dissolved into another.
BSB Biomanufacturing CHAPTER 1 Introduction to Biomanufacturing
BSB Biomanufacturing CHAPTER 4 GMP – Documentation Part I (SOP)
Author: Nurul Azyyati Sabri
GOOD MANUFACTURING PRACTICE FOR BIOPROCESS ENGINEERING (ERT 425)
Biotechnology R&D.
Producing a Pharmaceutical or Biopharmaceutical
Author: Nurul Azyyati Sabri
Presentation on Good Manufacturing Practice
HHM 5014 NUTRACEUTICAL FORMULATION TECHNOLOGY
A Manager’s Responsibilities
Chemical Solution Preparation
Chemical Solution Preparation
Introduction to the Biotechnology Workplace
Introduction to the Biotechnology Workplace
Diagnostic Services in Healthcare
Preparing Standard Solutions
Producing a Pharmaceutical or Biopharmaceutical
Biotechnology in North Carolina Today
Lesson 8 Good Production Practice #8
Presented by: Ken Glade Director of Engineering
Investigation 1 Soft Drink Recipes
Molarity.
Microbiology and Yeast Cell Fermentation
Lesson 6 Good Production Practice #6
Producing a Pharmaceutical or Biopharmaceutical
Food Studies and Hospitality 12
Control Lab Procedures
Lagoon Days at the ELC Pre-fieldtrip Lesson & Activities for Indian River County 4th Graders Includes: Introduction to Water Quality Salinity Experiment.
Producing a Pharmaceutical or Biopharmaceutical
DOCUMENTATION: THE FOUNDATION OF QUALITY
UNDERSTANDING THE CELL MEMBRANE
Presentation transcript:

BIOMANUFACTURING Photo from Flickr.com

What is Biomanufacturing? Biomanufacturing/Bioprocessing: A procedure in which living cells or parts of the cell are used to produce a desired end product. (Ex. Flu Shot) “It’s how a child’s measles vaccine and the supplement in an athlete’s protein shake are produced. “ Quote from www.ncbiotech.org

Career Pathways: Biotechnology BIOMANUFACTURING Biomanufacturing is also known as bioprocessing. People who work in this field need to know Biology, Engineering, and Manufacturing technology. Career Pathways: Biotechnology

How do the microbes grow? Microbes are usually incubated under specific conditions in large tanks called fermenters or bioreactors. Fermentation: A process of growing microorganisms (microbes) to produce various chemical or pharmaceutical compounds.

What are some examples of Biomanufacturing in N.C.? Types of products made in N.C. include: Vaccines for humans and animals Yearly shots & Rabies Biopharmaceuticals Medicines Industrial enzymes Contact Lens solution & Laundry detergents w stain fighters Graphic from www.ncbiotech.org

How do Biotech companies ensure safe and Quality Products? Good Manufacturing Practices (GMP) are regulations established by the U.S. Food and Drug Administration (FDA). GMP regulations describe the methods, equipment, facilities, and controls required for producing pharmaceutical products.

How do Biotech companies ensure safe and Quality Products? Standard operating procedure (SOP): A document that defines in detail every step of only one particular process so it can be performed exactly the same way every time. In biomanufacturing, there are SOPs for every single step of the process; for example, the correct way to put on a gown before entering the production area.

SOPs ~ Standard operating procedures Standard Operating Procedures are like recipes. A recipe is also a set of directions, that when followed, will result in a particular dish or “batch” of something.

Batch records Batch record: Documentation that each step in the manufacturing process was completed; it includes very detailed information, such as: Signature Log Materials Used Equipment Log Procedures

Batch record components The identity of the employees performing and checking each step. Signature log Print name Signature Initial Date

Batch record components Materials Used Item # Item description Quantity required Weighed by: Initial/date Identifying information 5.1 Kool-Aid Mix 1.0 g _____/______ 5.2 Granulated Sugar 60 g 5.3 Water 1000 mL

Batch record components Equipment Log Item # Item description Quantity required Collected by: Initial/Date Identifying Information 5.4 2000 mL Pitcher 1 _____/______ 5.5 Long handle spoon 5.6 Scale

Batch record components Procedure Step # Task Amount/ Weight Performed by: initial/date 6.1 Weigh the Kool-Aid powder using the electronic scale. _____/____ 6.2 Weigh the granulated sugar using the electronic scale. 6.3 Fill container with 1000mL of water using the markings on the container. _____/_____ 6.4 Add the Kool-Aid powder and sugar to the container. 6.5 Use the spoon to stir the mixture until no solid material (sugar or Kool-Aid powder) is visible at the bottom of the container. 6.6 Secure the lid on the top of the container.

Why are GMP and SOPS important? Some Biomanufacturing facilities in NC make batches of product worth millions of dollars. Their employees are responsible for the production of each batch and for helping to ensure its quality by taking samples for testing. If batches are not made properly, the consequences can be serious and costly: -Lost profit due to bad/discarded batches -Loss of customers due to bad product or publicity -Sick, injured or deceased customers -Lawsuits (ex. viox) -Company shutdowns and loss of jobs

How to Use A Digital Scale Make sure you select the proper measurements for your lab. (grams) Put your weighing boat on scale and ZERO OUT. SLOWLY add the material you are weighing until you get to the correct amount. Leave scale & work area neat and clean!

Who is your Supervisor? In your home? In the workplace? In our class/lab?

All Equipment is labeled! You are responsible for cleaning your equipment and table after lab is complete. All spoons and containers are labeled by table.