Integrated Microscopes for Esco IVF Workstations

By Esco Medical, 07 May, 2015

 

A. Introduction

Oocyte pick-up, embryo handling and micromanipulation require various types of microscopes. Most common models of stereo zoom microscopes, transmitted light sources and inverted microscopes can be integrated into Esco IVF Workstations.

 

These are different types of microscopes used for various IVF applications:

  1. Upright microscope - sperm vitality tests and ova collections.
  2. Inverted microscope - use with micro-manipulator for processes such as ICSI, IMSI.
  3. Stereo microscope - ova selection, pre-treatment of ova by means of IVF techniques and for manipulation.

Esco supplies all common microscope brands and models. However, microscopes already in use and microscopes purchased separate can be installed onto Esco IVF Workstations.

If you have an existing microscope or preferred model, please contact Esco and provide us with details.

If you do not have a preferred make/model, Esco has a partnership with Nikon Japan, and will work with you to select an appropriate Nikon model to meet your requirements.

 

B. Esco's Solution

Esco's integrated solution includes:

 

  1. Provision of user specified microscope(s)
  2. Factory integration of microscope(s) with workstation
  3. For stereoscopes, provision of integrated microscope light source mounted below the workstation's work surface
  4. For all microscopes, OPTIONAL clear glass heated light stage* is available, which ensures more accurate and reliable thermal control of specimens during observation under the microscope
  5. Verification of ergonomics to ensure ease of access to the microscope eye pieces at the front of the workstation
  6. Complete factory testing to ensure workstation airflows and product protection are not compromised

* Warming Blocks must not be used on the heated glass stage. This will damage the heated glass stage.

 

View Other Resources

How to implement time-lapse system in daily IVF practice

Prof. Dr. Thomas Ebner, Kepler University, Linz, Austria Since the birth of Louise Brown (Steptoe and Edward, 1978) the field of assisted reproduction underwent fundamental changes in fertilization techniques (Palermo et al., 1992), controlled ovarian

Read More

Why Maintaining CO2 Balance is Important

A careful manipulation of gamete and embryos has always been an important element of embryology as it contributes to the overall success of ART. The regulation of CO2 concentration all throughout the IVF process from egg retrieval to preparation and fertilization up to incubation is of paramount importance as this gas helps regulate the pH of the medium.

Read More

What are you missing without Time-Lapse?

Diana Stein, embryologist for over 30 years and Lab Director of Laniado Hospital-Sanz Medical Center (Israel) and a MIRI® Time-Lapse user, had an initial impression after a quick look of the embryo status morning of Day 2 to transfer the embryo on the right, based on its more advanced and slightly better morphology.

Read More

Are We on the Same Page? A Guide to Time-Lapse Nomenclature and Annotation

Evaluation of embryos in vitro has significantly improved over the past years with the introduction of time-lapse technology, which provides us with new tools to assess the morphological characteristics and implantation potential of an embryo.

Read More

In vitro fertilization (IVF) as Fertility Treatment

The worldwide in vitro fertilization (IVF) services have been projected to show significant growth due to an increase in infertility rate, an inclination of delayed pregnancies, and the rise in IVF success rate.

Read More

IVF Lab Standards, Practices, Accreditation

The Commission of Laboratory Accreditation of the College of American Pathologists (CAP) accredits IVF and andrology laboratories. The CAP is widely considered the leader in quality assurance. CAP accreditation is recognized by the US Federal Government as equal to or more stringent than the government's own inspection program.

Read More