Heinz Walz GmbH
Heinz Walz GmbH
  • Видео 11
  • Просмотров 12 301
WALZ - First steps - IMAGING-PAM Maxi Version
The tutorial demonstrates the initial steps for using your new device "IMAGING-PAM Maxi Version" (Chlorophyll Fluorescence System). It begins with setting up the instrument and installing the latest version of ImagingWin software. The video then illustrates how to generate a 'Correction image' and activate your PAR list. Finally, the default user settings are explained.
Просмотров: 159

Видео

WALZ - DUAL-PAM-100 and its software
Просмотров 39511 месяцев назад
The presentation wants to guide (potential) users our P700 & Chlorophyll Fluorescence Measuring System through the software written for this instrument. The goal is to make the viewer familiar with the different settings and application tabs. The DUAL-PAM-100 has quite a few Tabs but going systematically through these Tabs, it is easy to prepare the software for an experiment. www.walz.com/prod...
WALZ- DUAL-PAM-100 - P700 & Chlorophyll Fluorescence Measuring System
Просмотров 274Год назад
Putting the spotlight on our DUAL-PAM-100 P700 & Chlorophyll Fluorescence Measuring System. See the legend of photosystem analysis from a new perspective. DUAL-PAM-100 became the gold standard for parallel recording of photosystem II and photosystem I activities. A fascinating video takes you through the world of these measuring instruments. Lear more about DUAL-PAM-100 www.walz.com/products/ch...
WALZ - Tutorial WinControl-3 for WATER-PAM -II
Просмотров 521Год назад
WinControl-3 allows operation of a variety of WALZ PAM instruments. This tutorial is a guide to software operation for WATER-PAM-II applications. From software installation to PAM-typical operating procedures and WATER-PAM-II specific tabs, the use of WinControl-3 is demonstrated. Learn more about WATER-PAM-II www.walz.com/products/chl_p700/water-pam/introduction.html Chapter: 0:00 Intro 0:30 I...
WALZ Tutorial about WinControl-3 software
Просмотров 1,2 тыс.Год назад
In a first tutorial the principles of fluorescence measurements were explained. The present tutorial focuses on the structure and features of WinControl-3 software and on aspects of some of the major experimental applications of this software. WinControl-3 is used by the following instruments: MINI-PAM-II, DIVING-PAM-II, WATER-PAM-II, MONITORING-PAM, MICRO-PAM, MICROSCOPY-PAM and JUNIOR-PAM. ww...
WALZ HEXAGON-IMAGING-PAM - Chlorophyll Fluorescence System
Просмотров 9192 года назад
The HEXAGON-IMAGING-PAM represents the largest Walz Imaging System available. Despite the large measuring area, the instrument is still flexible enough to measure a wide variety of samples. These include individually potted plants, seedlings in larger plant trays, or harvested samples of higher or lower plants. It can measure areas of 20 x 24 cm with a resolution of up to 1000 x 1200 px (2 x 2 ...
WALZ P700 Tutorial - The basics
Просмотров 9862 года назад
For the study of photosynthesis, non-invasive photosystem-I probing P700 measurements are not only a valuable tool in their own right but even more so in combination with fluorescence measurements. This tutorial, tries to give the viewer a basic understanding of the method, the tools used and some examples of applications of P700-measurements in photosynthesis research. Chapters: 1. Instruments...
WALZ - 50 years servicing photosynthesis research
Просмотров 1812 года назад
In 2022, the Heinz Walz company celebrates its 50th anniversary. Read more about our company history here: www.walz.com/company/history.html www.walz.com/ #anniversary #familybusiness #photosynthesis
WALZ Tutorial about fluorescence measurements with the Photosynthesis Yield Analyzer MINI-PAM-II
Просмотров 5 тыс.2 года назад
In the tutorial both technical and physiological aspects of fluorescence measurements are discussed: technical parameters like light intensity, modulation frequency, pulse length, etc. on the one hand and physiological parameters like dark time and actinic light range on the other hand. Understanding these parameters allows the user to design experiments with confidence. 01:22 Introduction 09:2...
WALZ WATER-PAM-II - Chlorophyll Fluorometer for Phytoplankton
Просмотров 8542 года назад
The WATER-PAM-II is a portable cuvette system for analysing the photosynthetic activity of a wide variety of phytoplankton samples. The light weight instrument offers a wide range of applications thanks to its large sensitivity spectrum, the ability to easily switch between red and blue light mode (measuring light and actinic light) and a variety of accessories such as a flow-through cuvette. I...
WALZ Different features of the MINI-PAM-II - Photosynthesis Yield Analyzer
Просмотров 1,4 тыс.3 года назад
The MINI-PAM II combines well-tested fiberoptics with the most modern LED and computer technology. A sun-readable touchscreen serves as easy-to-use interface for field studies. The fluorometer automatically calculates and displays all relevant parameters of saturation pulse analysis. Sensitivity, small dimensions, reliability under rugged conditions, and simple execution of fluorescence analysi...

Комментарии

  • @elifromtheblacksea
    @elifromtheblacksea 5 месяцев назад

    If we would like to access and download our data from diving PAM II how to do it with win Control 3?

  • @breitlerjean-christophe9316
    @breitlerjean-christophe9316 5 месяцев назад

    How to connect? How downloading files???? basic information please...

  • @habibmln
    @habibmln 11 месяцев назад

    Nice vdeo ... This will help in using basic features of DUAL-PAM-100.

  • @Artemis.2025
    @Artemis.2025 Год назад

    it would be great if you could make video for all your fantastic instruments.

  • @dhaferalbakre2665
    @dhaferalbakre2665 Год назад

    Great ! What about the capability of it to assess the stress of green Algae ?

    • @gertschansker
      @gertschansker Год назад

      With a suspension cuvette the same methodology can be applied to green algae. There are some physiological differences that should be considered and for green algae State Transitions are more important than non-photochemical quenching, but that is it.

  • @habibmln
    @habibmln Год назад

    Waiting for DUAL PAM 100 software and measurement protocol based tutorial

  • @aaronphillips577
    @aaronphillips577 Год назад

    Are you able to put together some protocols for chlorophyll fluorescence measurements? As a newcomer, it is difficult to understand and scrape together information on best practices for measuring chlorophyll fluorescence from the myriad articles that have been published.

  • @lutzeichacker3278
    @lutzeichacker3278 2 года назад

    Thank you very much. This is excellent.

  • @habibmln
    @habibmln 2 года назад

    It ends abruptly, may be some part is missing

  • @habibmln
    @habibmln 2 года назад

    Please enhance the sound volume in all video tutorials.

  • @habibmln
    @habibmln 2 года назад

    Please upload video tutorial for OJIP analysis and JIP-test calculation using XLS macro

  • @habibmln
    @habibmln 2 года назад

    Sound is very low. Overall, it is very nice tutorial presentation. It helps me a lot in resolving many confusions. It is suggested to add a tutorial for new OJIP macro XLs for JIP-test parameters calculations. Helping pdf is good, but still video tutorial will further enhance our understanding.

  • @nestaterri6600
    @nestaterri6600 2 года назад

    𝕡𝕣𝕠𝕞𝕠𝕤𝕞

  • @Istvan_czari
    @Istvan_czari 2 года назад

    tolles Video!

  • @iot3136
    @iot3136 2 года назад

    Thank you very much, Walz! This is a great resource. Hopefully, you will upload more resource to this channel I presume :)

    • @spulwasser
      @spulwasser 2 года назад

      I agree! This was part of my lecture (studying plant sciences), but they left out the whole part with the continouous vs. discrete/pulse light and that the measurement for the second pulse in the now light-adapted leaf is taking place in darkness (after the leaf was exposed to PAR). So I was super confused: we have NPQ and fluorescence, but where in the graph can I see the photochemistry?! Now I know, that's not actually what we're measuring. So thanks👌