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Regenerative Medicine from Research to Clinical

Regenerative Medicine from Research to Clinical
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Regenerative Medicine from Research to Clinical

Product catalog summary
Introduction
This document provides an overview of advanced technologies in regenerative medicine, focusing on products and solutions developed by Harvard Apparatus. It highlights innovations in bioreactors, biosensing, and cell delivery systems, emphasizing their application in both research and clinical settings.
Breakthrough Products
  • InBreath 3D Hollow Organ Bioreactor: Designed for regenerating tubular hollow organs, proven through human transplantation.
  • Sterilizable Sensors: Measure critical blood gas and metabolite levels, essential for organ and tissue viability.
  • NanoCool Cell Injection Pump: Maintains stem cell viability during injections by cooling cells to 18°C.
  • Hand-Held Microscope: Offers up to 500X magnification for organ and tissue preparations, with USB connectivity.
New Products
  • Pressure Controlled Infusion Pump: Delivers pressure-controlled fluid injections with real-time monitoring.
  • Lung Bioreactor: Used for successful lung regeneration and transplantation.
  • Imaging Multi-well Bioreactor/Incubator: Facilitates high throughput screening with independent perfusion wells.
  • Infrared Contrast Imaging (IRCI): Visualizes tissue metabolic activity and vascularization.
Company Information
Harvard Apparatus, part of Harvard Bioscience, collaborates with global scientists to create tools for regenerative medicine, emphasizing quality and expert support.
Conclusion
The catalog showcases Harvard Apparatus's commitment to advancing regenerative medicine through innovative products and collaborations with leading researchers.
3D Organ Bioreactor
The bioreactor was pivotal in the regenerative medicine transplant, specifically for regenerating human bronchi with a decellularized organ. It is primarily for research use and requires adherence to investigational device regulations for human applications.
Injection & Perfusion Systems
Details various systems designed for regenerative medicine, highlighting:
  • NanoCool™ Cell Delivery System: Maintains cell viability by cooling to 18°C.
  • UI Ultra-Microliter Injection System: Offers zero dead volume and minimal injection site damage.
  • Pressure Controlled Injection System: Ensures repeatable, pressure-controlled injections.
  • PHD ULTRA™ Gradient System: Allows automatic composition delivery of up to three liquids.
  • PHD ULTRA™ Programmable Syringe Pump: Used for electrospinning novel scaffold fiber materials.
Key Features and Applications
The systems are designed for high precision and accuracy, supporting various applications such as stem cell injection, drug delivery, and electrospinning for tissue engineering.
PHD ULTRA™ Push-Pull Programmable Syringe Pump
  • Specifications: High accuracy and precision flow control, capable of handling high-pressure systems.
  • Key Features: Continuous infusion and withdrawal, smooth non-pulsating flow.
  • Applications: Suitable for microfluidics, drug delivery, chromatography, and more.
Fast Bolus Injector for Cell Therapy
  • Specifications: Capable of delivering fast bolus injections with high accuracy and precision.
  • Key Features: Easy-to-use interface, programmable methods.
  • Applications: Designed for rapid infusion or bolus injections into organs.
Advanced Features and Connectivity
  • Programming: The PHD ULTRA™ allows for advanced programming features such as flow programming, bolus injections, and gradient setups.
  • Connectivity: Includes options for footswitch, USB, RS-232, RS-485, and analog control.
Specifications:
  • Tubing: Standard tubing with inner diameters ranging from 0.8 mm to 11.1 mm.
  • Flow Rates: Detailed flow rates for different tubing IDs and wall thicknesses are provided.
Key Features:
  • 380AD Pump Head: Rapid installation, interchangeable with other MCP/BVP pump heads.
  • SB Pump Head: Ideal for sensitive substances, uses spring-loaded tube bed sets.
Applications:
  • Suitable for applications requiring hygienic conditions, durability, and reliability.
  • Used in chemical, biotechnological, pharmaceutical processes, and the food industry.
Accessories:
  • Includes micro valves, connectors, manifolds, and syringe warmers.
  • Temperature control solutions like the SC-20 Dual In-line Solution Heater/Cooler.
Pumping Technologies:
  • Syringe Pumps: High precision, pulse-free flow.
  • Peristaltic Pumps: Continuous volume pumping, sterilizable.
  • Centrifugal Pumps: Low maintenance, suitable for pumping suspensions and aggressive solutions.
Diaphragm Pumps
Advantages: High accuracy, gentle handling of cells, low maintenance.
Disadvantages: Operate on a single channel, have a pulsing flow.
Applications: Typically used for pumping highly corrosive materials.
3D Organ Bioreactors
Designed to create three-dimensional organs, including components like process controllers and fluid/gas control systems.
InBreath 3D Bioreactor
Specifically designed for hollow organs like the bronchus, trachea, and blood vessels.
LB-2 Bioreactor
Designed for mouse and rat lung regeneration.
KLB-2 Kidney and Liver Bioreactor: Controls the perfusion rate of cells onto a scaffold while monitoring pH, CO2, and O2 levels.
Linear Stress and Relaxation Bioreactor: Assists in tissue engineering by applying mechanical stress and relaxation.
3-Axis Imaging Platform: Designed for visualizing organ generation in a bioreactor.
Harvard Apparatus Accelerator 1000: Multi-well imaging bioreactor and incubator for regenerative medicine research.
RC-37F and RC-37W Perfusion Chamber Inserts: Facilitate perfusion in cell culture dishes.
Electric CO2 Microscope Stage Incubator
Designed for long-term experiments and fits all XY stages.
Digital Gas Mixer DGTCO2BX
Generates a CO2-Air mixture with adjustable CO2 concentration.
Two Gas Mixer (2GF_Mixer)
Creates CO2-Air mixtures with adjustable CO2 concentration.
HPC-3 Hydrostatic Perfusion Chamber
Used for organ and tissue decellularization.
C-Pace Cell Culture EP Stimulator
Used for chronic electrical stimulation of cell cultures.
Non-woven Biomedical Textiles
Used in orthopedic reconstruction, wound management, and cosmetic surgery.
Flow-Thru Dialyzer System
Designed for rapid dialysis of sample volumes.
Biosensing Solutions
Outlines various biosensing probes and their applications.
PowerLab Data Acquisition Systems: Versatile tools for data acquisition and analysis.
LabChart Software: Supports research across different species.
Polestar Fluorescence-based Biosensors: Advanced technology for measuring blood gas parameters.
Handheld Microscopes
Offer high magnification up to 200x, with USB connectivity.
Infrared Contrast Imaging (IRCI)
Enhances the visualization of biological events by revealing features embedded in materials.
Introduction to Q10 and Emissivity:
Discusses the Q10 coefficient and emissivity as critical variables for enhanced visualization using IRCI.
Regenerative Medicine Phases:
Outlines four phases of regenerative medicine applications.
Solutions for Regenerative Medicine:
Harvard Apparatus provides a range of equipment and expertise for regenerative medicine applications.
Conclusion: The document provides a comprehensive overview of the tools and methodologies used in modern tissue engineering and regenerative medicine.
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Catalog excerpts

Regenerative Medicine from Research to Clinical-1

advanced technologies for Regenerative Medicine from Research to Clinical Injection & Perfusion Bioreactors Biosensing Total Solutions Support Regenerative Medicine Electrophysiology & Cell Biology Research Call to receive other catalogs of interest: Behavioral Research Harvard Apparatus Pumps Electroporation & Electrofusion Molecular Sample Preparation

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Regenerative Medicine from Research to Clinical-2

NEW Breakthrough Products for Regenerative Medicine Regenerative Medicine Maintain Stem Cell Viability & Functionality with Cooled Cell Injection Pump NEW Products I NTRODUCTION INTRODUCTION Developed in the field, specifically for repeat injections of 1 µl to 100 µl of stem cells into live tissue. Easy-to-use, the NanoCool can be handheld or stereotaxic mounted for injections into live tissue while maintaining cell viability and functionality. The NanoCool cools cells to 18°C which results in a substantial reduction in O2 consumption as compared to 23°C. See page 13. 9. InBreath 3D Hollow Organ...

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Regenerative Medicine from Research to Clinical-3

Imaging Technique, IRCI (Infrared Contrast Imaging) See page 76. NEW Products Visualize tissue and organ metabolic activity, vascularization of tissue and disease conditions in a bioreactor or during cell therapy. The new IRCI technology allows you to visualize events and evaluate treatment site conditions providing a new and powerful tool for regenerative medicine. I NTRODUCTION Developed with Leading Scientists and Surgeons! Dedicated Lung Bioreactor with Online Pulmonary Monitoring used in Successful Lung Regeneration and Transplant Proven and published whole organ bioreactor specifically...

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Regenerative Medicine from Research to Clinical-4

Research Breakthroughs ■ i Do It Yourself Rugged Heparin Coating Kit Now In your lab you can coat glass, plastic and metal with a rugged heparin coating to reduce clot formation in bioreators, culture dishes, biomaterial and fluids. Lab Site Heparin Coating is simple to apply while the selective removal process allows easy ■ ■ Woven Synthetic Scaffold M aterial Accelerate tissue and cell engineering protocols with ready-made and precisi cnfi-nc sr.affolc ;-oe:s s ic i os B OLonpet ok = nri cell frierd y po yne- mah w tl- special configurations available. Wo'ks Airi mu ti - e I oioreactors. ■...

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Regenerative Medicine from Research to Clinical-5

Table of Contents Company Information 4-5 Digital Gas Mixer Harvard Apparatus In the News 6-7 HPC-3, Hydrostatic Perfusion Chamber Injection and Perfusion 8 Cell Injection System Poster fold out 9-10 54 C-Pace Cell Culture EP Stimulator 55-57 Stimulator C 58 Stimulator CS for Isolated Cells 59 UI Ultra-Microliter Injection System 11 Synthetic Scaffold Material Pressure Controlled Injection System 12 Lab Site Heparin Coating 62 PHD ULTRA™ Gradient System 13 PHD Advanced Features of the PHD ULTRA™ 64 Biosensing Introduction 65 16 Family 63 Biosensing 15 Continuous Flow Syringe Pump Fast Bolus Injector...

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Regenerative Medicine from Research to Clinical-6

INTRODUCTION I NTRODUCTION Harvard Bioscience companies have partnered with leading global scientists to provide specialized solutions for over 110 years…and we’re doing it again for Regenerative Medicine! Company Information Harvard Apparatus and the Harvard Bioscience family of companies are uniquely positioned to develop advanced instrumentation to accelerate Tissue Engineering and Cell Therapy treatments in Regenerative Medicine. From our origins in 1901, Harvard Bioscience Companies have worked closely with leading global researchers across many disciplines to produce clinical and research...

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Regenerative Medicine from Research to Clinical-7

110 YEARS DESIGNING specialty physiology & electrophysiology apparatus, and cell physiology for small animals • Physiological sensors and devices • Low Volume Fluidics • Microscopic imaging chambers • Low Volume Sensors • Isolated ogran baths • Respiratory Mechanics • Physiological acquisition and control • Isolated Organ Baths • Macro and micro fluidic 2D reactors • 3D organ bioreactors • Infusion pumps • Cell Perfusion and Imaging • Environmental Control: pH, Temperature, Nutrition • Amplifiers, Filters and Data Acquistion in specialty physiology products with global scientific leaders: technology,...

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Regenerative Medicine from Research to Clinical-8

Harvard Apparatus Harvard Bioscience’s Bioreactor Used to Produce a Synthetic Tissue-Engineered Airway Used in World’s First Successful Human Transplantation Harvar d Apparatus in the News I NTRODUCTION INTRODUCTION When Harvard Apparatus develops new products for a new market, we team up with leading scientists around the world. We use their input to develop new tools specifcally designed to help solve real research and clinical problems. We are proud and grateful to be part of the successful implementation of these new research devices. Some new tools have even been successfully used in human...

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Regenerative Medicine from Research to Clinical-9

I NTRODUCTION in the News Harvard Bioscience 2010 Top Biotechnology Company in Massachusetts Harvar d Apparatus in the News Can We Live Forever? Replacing Body Parts. FOR PRODUCT INFORMATION 508.893.8999 How to Build a Beating Heart. [email protected] www.harvardapparatus.com 7

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Regenerative Medicine from Research to Clinical-10

INJECTION & PERFUSION solutions for regenerative medicine: injection & perfusion Table of Contents NanoCool™ Poster fold out between 8-9 NanoCool™ Cell Delivery System Cooled Injection System to Maintain Cell Viability see pages 9-10 9-10 UI Ultra-Microliter Injection System 11 Pressure Controlled Injection System 12 13 PHD ULTRA™ Electrospinning Scaffolds 14 PHD ULTRA™ Continous Flow Syringe Pump I NJECTION & PERFUSION PHD ULTRA™ Gradient System 15 Fast Bolus Injector for Cell Therapy 16 Advanced Features of the PHD ULTRA™ Family 17-20 Harvard Apparatus Pulsatile Blood Pumps 21-22 Centrifugal...

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Regenerative Medicine from Research to Clinical-11

INJECTION & PERFUSION NEW NanoCool™ Cell Delivery System Fixed 18˚C or Room Temperature for Optimal Cell Viability or Drug Delivery NanoCool Hand-held or Stereotaxic Mounted Injector I NJECTION & PERFUSION NanoCool Touch Screen Controller Foot-Pedal KEY FEATURES Infrared Profile of NanoCool Injection System Flow ramping to reduce injection site blowback Programmed methods for automatic recall of entire cell delivery protocol. Up to 100 methods stored for recall 2 year warranty. Certified with CE, UL, CB Scheme High accuracy delivery between 1.3 pl/min to 68 ml/min Preprogrammed bolus injection...

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