its about the microscopes types and there significance in the world for diagnostic purposes .advantages and disadvantages of the types of different microscopes
its about the microscopes types and there significance in the world for diagnostic purposes .advantages and disadvantages of the types of different microscopes
Difference between Light and Electron Microscopy Poorvaja Ganesan
this document provides the major differences between electron microscopy and light microscopy. This is one of the important chapters in Microbiology. Unit 1 Microbiology BT6202 notes. Anna university important 8 mark.
Bright field microscopy, Principle and applicationsKAUSHAL SAHU
Introduction
History
Basic Component of Microscope
Light Microscopy
Types of Light Microscopy
What Are Bright Microscopy
Principle of Bright Microscope
Advantage
Disadvantage
Application
Conclusion
Reference
A part of nanotechnology. Nanosensors is very hot topic for research. As nanosensor has immense applications in the fields like medical, analysis, research etc. Nanosensor recude the cost and also the time require for analysis.
The pdf contain all the information of various technique ,such as chromatography,spectroscopy,centrifugation,electrophoresis special thanks to Dr.Rambir Singh for helping out the topics easily.Contact for help or suggestion @7985214648 whattapp only
Presented by Yonas Asmare, ILRI, at the Workshop on Identifying Investment Opportunities for Livestock Feed Resources Development in the Eastern Africa Sub-Region, ILRI Addis, 13–15 December 2017
This presentation will explain to you the types of nanosensors in different fields and application of nanosensors in detail which will enhance your knowledge in the field of nanotechnology
FT-NIR as a real-time QC tool for polymer manufacturingGalaxy Scientific
Near infrared spectroscopy has been used widely in the polymer industry. Compared to traditional methods such as wet chemistry and chromatographic methods, NIR spectroscopy provides considerable advantages in process and quality control applications through fundamental benefits such as low to no cost of consumables such as solvents, columns, reagents; real time analysis - generally less than 10 seconds measurement time; multiple components per analysis; elimination of sample preparation time; and elimination of many sources of systematic error.
This presentation will present three FT-NIR polymer applications: 1) at line polyether polyols’ hydroxyl value analysis; 2) real time isocyanate number monitoring during a polyurethane reaction; and 3) off-line quality control of percentage styrene in styrene copolymers.
Difference between Light and Electron Microscopy Poorvaja Ganesan
this document provides the major differences between electron microscopy and light microscopy. This is one of the important chapters in Microbiology. Unit 1 Microbiology BT6202 notes. Anna university important 8 mark.
Bright field microscopy, Principle and applicationsKAUSHAL SAHU
Introduction
History
Basic Component of Microscope
Light Microscopy
Types of Light Microscopy
What Are Bright Microscopy
Principle of Bright Microscope
Advantage
Disadvantage
Application
Conclusion
Reference
A part of nanotechnology. Nanosensors is very hot topic for research. As nanosensor has immense applications in the fields like medical, analysis, research etc. Nanosensor recude the cost and also the time require for analysis.
The pdf contain all the information of various technique ,such as chromatography,spectroscopy,centrifugation,electrophoresis special thanks to Dr.Rambir Singh for helping out the topics easily.Contact for help or suggestion @7985214648 whattapp only
Presented by Yonas Asmare, ILRI, at the Workshop on Identifying Investment Opportunities for Livestock Feed Resources Development in the Eastern Africa Sub-Region, ILRI Addis, 13–15 December 2017
This presentation will explain to you the types of nanosensors in different fields and application of nanosensors in detail which will enhance your knowledge in the field of nanotechnology
FT-NIR as a real-time QC tool for polymer manufacturingGalaxy Scientific
Near infrared spectroscopy has been used widely in the polymer industry. Compared to traditional methods such as wet chemistry and chromatographic methods, NIR spectroscopy provides considerable advantages in process and quality control applications through fundamental benefits such as low to no cost of consumables such as solvents, columns, reagents; real time analysis - generally less than 10 seconds measurement time; multiple components per analysis; elimination of sample preparation time; and elimination of many sources of systematic error.
This presentation will present three FT-NIR polymer applications: 1) at line polyether polyols’ hydroxyl value analysis; 2) real time isocyanate number monitoring during a polyurethane reaction; and 3) off-line quality control of percentage styrene in styrene copolymers.
Escuela por la Paz 22: Desastres naturales; huracán...miquel beltran
¿Realmente hablamos con nuestros hijos, con nuestros alumnos, de todo aquello que conllevaría la lucha por conseguir aquello que les viene negado?
Un mundo mejor, en paz, un mundo donde convivan de la mano las culturas y las religiones... Un mundo donde la Carta de la Declaración de lo Derechos Humanos llegue a todos los buzones, donde los que más tenemos sintamos que podemos y debemos ayudar a los más necesitados... Un mundo sostenible, donde la naturaleza pueda volver a sobrevivir sin depender del "hombre". Un mundo...
Y, ¿qué piensan nuestros hijos, nuestros alumnos? ¿Les hablamos alguna vez? ¿Encaramos nunca esos temas con ellos con una mínimo de profundidad? ¿Quizás con alguna continuidad?
Nos preocupamos mucho, lo sé, por construir su futuro académico, profesional... Y, ¿que pasa con su educación humanística?
Enterprise search, once a hot topic, now faces new challenges with the adoption of hybrid and cloud environments. In SharePoint and Office 365, search isn’t equal, and before jumping on the Office 365 band wagon, organizations need to know as much as they can about potential challenges and pitfalls. Even in a SharePoint stand-alone environment, the consumption of content is forcing a renewed look at security, information lifecycle management, and non-compliance. Join us on Tuesday, October 28th, at 11:30am – 12:30pm EDT for this webinar packed with information on how to address search issues in SharePoint stand-alone, Office 365 hybrid, or cloud-only environments.
If you’re not sure how you would answer any of the below questions below, then this webinar is for you:.
• Does an enterprise search engine that provides the same transparency both on-premise and in the cloud matter to you? Does it matter to your users?
• With the huge push for Office 365, is enterprise search getting lost?
• Will the announcement of Delve push you over the edge in adopting Office 365? Why?
• What about managing content in the cloud? Do you have any reservations about security,or records, and what your users are doing in the cloud? (Bet you’ll be surprised.)
• What about migration? What goes where?
• How will you know what’s on your users’ OneDrives? Is DLP enough?
• Is your SharePoint search good enough? Have you calculated the ROI you can gain by improving it?
• How are you going to manage the ever increasing consumption of organizational content?
La Escuela, la Educación, ¿Hablamos? En la misma linea que en la colección de Educar los Sentimientos y las Emociones y de Escuela por la Paz creo que quizás va siendo hora de empezar a plantear debates (y aquí incluyo entre los profesores) con los alumnos y saber qué piensan ellos de algo que "quizás" les incumbe...
This presentation shows a basic overview of all aspects of Fluorescence Microscopy including its description, history, mechanism, applications, advantages, limitations, and some examples of studies that used this technique.
1. Microscopy and Photomicrography
During the workshop on microscopy and photomicrography, given to us by Dr. Ross, we
were able to learn about several techniques that are implemented in different areas of
biological research (i.e. microbiology, cell biology, botany, etc.). We learned that there are two
types of microscopes used for microscopy: (1) the electron microscope (2) and the light
microscope. The difference being that one-the light microscope-uses visible light in order to
detect small objects, and the other-electron microscope-uses an electron beam, that has no
wavelength, to illuminate the specimen. With light microscopy there are a few techniques that
can be applied in order to improve the visible quality of the specimen such as: the
microtechnique, whole mount, cross sections, bright field, dark field, and phase contrast. In
order to practice these techniques we were assigned different specimens to observe. I was
assigned the aphid, which is a small parasite like insect that leeches off of plant nutrients. To
observe the aphid I used the dissecting microscope at a 5.6x10 magnification.
