The VANASYL Bags Vanasyl LLC.. Areas for Bag Technology Applications  Bioreactor sampling  Bioreactor additions (antifoam etc.)  Media/buffer prep.

Slides:



Advertisements
Similar presentations
HIV Drug Resistance Training
Advertisements

East Carolina University Compressed Gas Safety Training Program
Dock to Stock at Skyline Biotech A brief Outline of how we make our product at Skyline Biotech.
On-line Glucose Measurement in Disposable Bioreactors Michael Hartlep and Wolfgang Künnecke INTRODUCTION The use of disposables in biopharmaceutical processes.
Molecular Materials Research Center Beckman Institute California Institute of Technology.
Klebba Lab Rules and Regulations July Golden Rules If you open it, CLOSE IT If you turn it on, TURN IT OFF If you break it, REPORT THE BREAKAGE.
West Virginia Department of Health and Human Resources Infectious Medical Waste Program Presents: Bureau for Public Health Office of Environmental Health.
1 1 Chapter 1 Specimen Management Professor A. S. Alhomida Disclaimer The texts, tables and images contained in this course presentation (BCH 376) are.
Easy and inexpensive production of small quantities of 15 N 2 Step-by-step tutorial (Prepared by Juan-Pablo Hernandez) Step-by-step tutorial (Prepared.
How To Prepare, Sterilize, AND Test Culture Media
By: Jason Jean and Janice Wing
Automating the Cell Culture Sampling Process Mike Phipps Tara Ryan BME 273 April 5, 2002.
Laura Listro, MM, MT(ASCP)
Good Hygiene Practices along the coffee chain Control of Food Hazards Section 2 - Module 5.1.
Drug Delivery & Tissue Engineering Laboratory
Bioreactor Operation Drug Delivery & Tissue Engineering Laboratory Sogang University Hyuncheol Kim, PhD.
Briefing for the Waste Disposal SOP & the Procedures
 Molecular Laboratory must have an ongoing Bio-safety SOP and also quality improvement program to monitor and evaluate objectively and systematically.
Copyright © 2011 Wolters Kluwer Health | Lippincott Williams & Wilkins Chapter 4: Delivery Systems Equipment.
Microbiology and Serology
Laboratory Training for Field Epidemiologists Best infection control measures for sampling venous and capillary blood WHO intermediate recommendations.
LABORATORY ASPECTS OF HAEMATOLOGICAL COAGULATION.
SHARPS INJURY PREVENTION. Learning Objectives  Identify the different types of sharps.  Identify risks posed by needles and other sharps.  Recall safe.
Laboratory Equipment Lab Procedures January 12, 2010.
CONTAMINATED WASTE DISPOSAL PURPOSE To ensure the protection of Ambercare personnel, patients and family/caregivers, and the community through proper.
Consumers: Food and Nutrition Packaging
DENTAL EQUIPMENT DA 110 Pg’s in lab book Not listed in order
Patient Identification & Specimen Collection How Proper Patient Identification and Proper Specimen Collection Affects the Accuracy of Your Patient’s Laboratory.
Presented by Steven P. Feltman Food Safety and Quality Specialist.
Guidelines, Equipment and Supplies for Sterile Compounding
Preparation & Administration of Ipilimumab
David Baram from Clifton Enterprises Sampling in the Bioprocessing Industries: Expectations and the True Picture Sampling in the Bioprocessing Industries:
This teaching material has been made freely available by the KEMRI-Wellcome Trust (Kilifi, Kenya). You can freely download, adapt, and distribute this.
D ESCRIBE THE BIOREACTOR PARAMETERS AND HOW TO CONTROL THE TEMPERATURE.
BIOSAFETY (HEALTH SAFETY) IN THE CLINICAL LAB Dr. Osama h al jiffri.
Aseptic Technique Pharmacy Technician L.W. Higgins High School Spring 2010.
Sterile Products Lab PHT 434
Bloodborne Pathogens. The purpose of this standard is to eliminate or minimize occupational exposure to bloodborne pathogens in accordance with OSHA standard.
MIC 303 INDUSTRIAL AND ENVIRONMENTAL MICROBIOLOGY CULTURE MAINTENANCE.
CHAPTER 6 Microbiology-Related Procedures
Laboratory Procedures Chemical Management Emergency Laboratory Equipment m.inmagine.com CH5, CH6, CH10.
Laboratory Equipment Lab Procedures VTHT 1202.
Preventing Needlesticks and Other Sharps Injuries… Everything You Need to Know [Note to presenter: Feel free to discard slides or information to tailor.
 chemical hazards e.g: toxic,flammables, corrosives and reactive  biological hazards e.g: microbes and plants  Radiation  Physical hazards e.g:heating.
Working safely with Biological materials Aseptic technique, sterilization and tissue culture techniques.
AllPure Technologies aseptic sampling system. © 2011 llPure ® Simplified sampling Precision controlled sampling Effortless protection against contamination.
1 SEPTEMBER Project: POTABLE WATER SAMPLING FREQUENCY REDUCTION Production units : Gemba :QCM LabLocation : campus Status : Before Kaizen 31 potable.
USP 797 Guidelines: Compounding Areas and Equipment
Mr. Nilesh Gaikar, Asst. Professor Department: School of Pharmacy
storage and External Transportation
3956 Town Center Blvd Ste 217, Orlando, FL 32837, USA
Clean Broken Glassware Container
Basic Cytogenetics Laboratory Procedures
Food Sampling & Preparation of Sample Homogenate
MS media Murashige and Skoog.
Marine Biotechnology Lab
Preventing and Managing Sharps and Needlestick Injuries
Laboratory facilities
V.S..
Isolation and Identification of Fungi
East Carolina University Compressed Gas Safety Training Program
Lab Safety Unit 1 Lesson 2.
QP FORUM 2018 QP DECISION MAKING.
SAFE INJECTION PRACTICES
Safety Training Molecular Materials Research Center Beckman Institute
Safety Training Molecular Materials Research Center Beckman Institute
Marine Biotechnology Lab
Automating the Cell Culture Sampling Process
MULTI - DPG.
Urinary Tract Infection
Presentation transcript:

The VANASYL Bags Vanasyl LLC.

Areas for Bag Technology Applications  Bioreactor sampling  Bioreactor additions (antifoam etc.)  Media/buffer prep & storage  Product storage & transfer  Lab & pilot scale bioreactors  Aseptic connections

Vanasyl Bag Material: Multilayer Ethylene-Vinylacetate (EVA) With A Barrier Film. (Film Gauge °C) Examples of Suitable Uses: Cell Culture Amino Acids Lipophylic Solutions Product Storage and Transportation Medium Storage and Delivery Sampling Collection and more.

Issues with Accessing Samples in Bottles and Non-Vanasyl Bags  Requires Safety Cabinet  Requires replacing a Bottle with a Septum Risks contamination Risks contamination Time Consuming Time Consuming  Sample withdrawal requires syringe with needle Needle-stick risk to personnel Needle-stick risk to personnel Insurance factor Insurance factor  Time required compromises sample viability pH change pH change Contamination Contamination

Benefits of Vanasyl Bags  No needles- eliminating needle injuries and disposal issues.  No need for crimping- minimizing human error.  No need for a safety cabinet.  No need to empty the bag.  Faster sampling. A sample can be taken, anywhere from 10 to 30 seconds after filling the sampling bag via a sterile syringe- ensuring sample integrity.  Bag can be stored, then frozen down to 90°C, then brought back to room temperature without glass transition and samples can continue being taken.  Pre-sterilized (gamma-irradiated).  No particles.  No leakage.  Non-fragile.

Technical Data (more available upon request) Physical PropertiesDimensionValueProcedure Water Vapor Transmission Rate g/(m2.day.bar)1.6ASTM F Oxygen Permeabilitycc(m2.day.bar) ASTM D CO2 Permeabilitycc(m2.day.bar) Mocon Permatran C-IV Cryogenic SuitabilityCelsius<-90

UV Transmission Rate

Available Bag Sizes   150cc, 250cc, 500cc, and 1,000cc. (As standard with the Clave® fitting; otherwise to the end user’s specifications)   2L to 25L and larger (The exact bag size, tubes, and fittings are to the end user’s specifications )

CONTACT INFO Vanasyl LLC. Director: Tamara Fridman