SEMINAR 1. Title : Direct measurements of inter-membrane forces using Surface Forces Apparatus (SFA): Role of membrane protein concentrations and lipid.

Slides:

Advertisements

Similar presentations

Chp 4 Transport of Solutes and Water. Review 1- The intracellular and extracellular fluids are similar in osmotic concentration but very different in.

Advertisements

Science & Technology Multiscale Modeling of Lipid Bilayer Interactions with Solid Substrates David R. Heine, Aravind R. Rammohan, and Jitendra Balakrishnan.

Structure and Function

Biological Membranes 薛雅薇中央大學物理系. Cell Membrane Two primary building blocks : - Protein - Lipid, or fat. Lipids form a bilayer. The glycocalyx carbohydrate.

Biology 107 Cellular Membranes September 20, 2004.

Lecture 3211/21/05 2 seminars left. London Dispersion Forces: Induced dipole / Induced dipole Non-polar / non-polar interaction 0.05 – 40 KJ/mol.

Nerve and muscle signalling © Dr Bill Phillips 2002, Dept of Physiology Rm N348 Anderson Stuart Bldg.

Identify and Investigate the role of enzymes.

Aim: How has the electron microscope enabled scientists to see the unseen? Look how far we have come in 400 years.

Cell Unit Notes Lecture II Cell Biology Standards in Lecture II > 1a ~ students know cells are enclosed within semi permeable membranes that regulate.

Ragan Lab Self-Organization of Nanosystems Ragan Lab Self-Organization.

CAREER: Self-Assembly of Polyunsaturated Lipids and Cholesterol In The Cell Membrane. Linda S. Hirst, University of California-Merced, DMR Phase.

Non-classical Export of Signal Peptide-less Proteins Studied via Vibrational Spectroscopy and Liposome Destabilization Techniques Andrew Doyle Functional.

November 14, 2013 Mechanical Engineering Tribology Laboratory (METL) Experimental and Analytical Investigation of Transient Friction Abdullah Alazemi Ph.D.

Some Thoughts on the Hydrophobic Interaction P. Pincus Physics, Materials, Biomolecular Science & Engineering UCSB “The magnitude, range and origin of.

What does a cell need to survive and how does it get that?

) Measuring chemical activity of cholesterol.

Direct Imaging of Aligned Neurofilament Networks Assembled in Microchannels Neurofilaments (NFs) are major constituents of axons and dendrites of vertebrate.

Membranes SWBAT describe the structure and composition of a cellular membrane; differentiate between passive and active transport of substances through.

SEMINAR 1. Title : Organic/2D material based devices for flexible electronics 2. Speaker : Tae Hoon Lee ( Kwangwoon University ) 3. Time : 16:00.

SEMINAR 1. Title : Present and Future of Korean Manufacturing Industry

Engineering Nanoporous Materials for Application

SEMINAR 1. Title : Electroactive Polymers for Innovative Energy Devices 2. Speaker : Young-Gi Kim, Ph.D (Delaware State University ) 3. Time : (10:30-12:00),

SEMINAR 1. Title : Solution-based Thin-film Formation of Carbon and Organic Materials for Field-Effect Transistors and Sensors 2. Speaker : Steve.

SEMINAR 1. Title : Novel properties of graphene-based vertical-junction diodes and applications 2. Speaker : Suk-Ho Choi ( Dept. of Applied Physics,

SEMINAR 1. Title : The Basics of OLED

SEMINAR 1. Title : Holotomography for non-invasive label-free 3-D imaging of live cells and tissues 2. Speaker : YongKeun Park ( KAIST ) 3.

SEMINAR 1. Title : Generation of Nucleic Acid Biopolymers with Complex Functionalities 2. Speaker : Prof. Seung Soo Oh (Department of Materials Sci. and.

SEMINAR 1. Title : Integration and characterization of long term stable novel graphene devices 2. Speaker : Byoung Hun Lee 3. Time : 16:00~17:00 4. Place.

SEMINAR 1. Title : Nanoscale Optical Spectroscopy

Saurabh J. Ullal, Anna R. Godfrey, Eray S. Aydil

SEMINAR 1. Title : Discovery of Protein-Protein Interaction Modulators Using Affinity-Based High-Throughput Screening 2. Speaker : Hyun-Suk Lim (포항공대 (POSTECH))

SEMINAR 1. Title : Toward the first-principles design of next-generation electronic devices based on two-dimensional nanomaterials 2. Speaker : Yong-Hoon.

SEMINAR 1. Title : Introduction of Emotional Image Quality Metrology Technology 2. Speaker : Seungbae LEE, Master (Samsung Display) 3. Time : 15:00 – 18:00,

SEMINAR 1. Title : Roles of microRNA in immune cell biology

Prepared By: Heba Mohamed Fahmy, PhD

SEMINAR 1. Title: Thin Film Process Technology for AMOLED Display

SEMINAR 1. Title :Introduction of flow lithography and versatile applications 2. Speaker :Jiseok Lee 3. Time : 16:00~17:00 4. Place :: e+ Lecture Hall.

Structure and Function

SEMINAR 1. Title : Growth, Fabrication, and Characterization of Nano-/Micro-structured LEDs 2. Speaker : Dong Seon Lee 3. Time : 16:00~17:00 4. Place ::

SEMINAR 1. Title : Imaging nanoscale magnetism with scanning magnetometers based on diamond quantum defects 2. Speaker : Donghun Lee.

“Practical Tips for Effective Paper Writing”

NBC Seminar Speaker: Suk Tai Chang, Ph.D

SEMINAR Title : Next Generation OLED

SEMINAR 1. Title: Implantable medical device based on wireless power transferring 2. Speaker: Sung Q Lee (Managing director/ Ph. D, Multidisciplinary.

SEMINAR 1. Title : Physics in contacts between probes and quantum world 2. Speaker : Myung-Ho Bae (Korea Research Institute of Standards and Science)

SEMINAR 1. Title : Introduction to Spintronics and III-V-OI MOSFET for Post-Si Technology Node 2. Speaker : Hyung-jun Kim (Center for Spintronics at KIST)

Moving materials in and out of the cell.

Cell Structure and Anatomy

Cell Transport.

TEK B.4B Concept: Investigate and Identify Processes Including Transportation of Molecules 11/24/2018.

Membrane Budding James H. Hurley, Evzen Boura, Lars-Anders Carlson, Bartosz Różycki Cell Volume 143, Issue 6, Pages (December 2010) DOI: /j.cell

Pharmacologic Principles – Chapter 2

By: Michaela and Daniel

Copyright Pearson Prentice Hall

Volume 100, Issue 6, Pages (March 2011)

Identify and Investigate the role of enzymes.

SEMINAR 1. Title : Quantum photonics with solid-state quantum emitters

Signaling Microdomains

Yongtaek Lee, Ph.D., Professor

Copyright Pearson Prentice Hall

Bellringers Unit Test on Cells Friday in the computer lab (1-213) :

The Cell Membrane.

The Plasma Membrane.

Movement Through the Cell Membrane

General Animal Biology

Happy Thursday Buffs Bellwork for today: In exactly 27 words, describe what is occurring in the picture. Word Bank: Membrane, Lipid Bilayer, Diffuse,

General Animal Biology

Presentation transcript:

SEMINAR 1. Title : Direct measurements of inter-membrane forces using Surface Forces Apparatus (SFA): Role of membrane protein concentrations and lipid compositions 2. Speaker : Dong Woog Lee ( UNIST ) 3. Time : 16:00 – 17:00, Thursday, November 17, 2016 4. Place : e+ Lecture Hall (room 83188), 2nd Research Building, Sungkyunkwan University 5. Summary : Interaction forces between lipid membranes (bilayers) were directly measured using a Surface Forces Apparatus (SFA). This talk contains two different but closely related works. In the first part of this talk, the effects of Myelin Basic Protein (MBP, an inter-membrane protein) concentrations and lipid compositions on the inter-membrane adhesion forces will be discussed. As model lipid membranes, two different compositions of lipid mixtures are used: (i) the composition of a healthy myelin, and (ii) the composition of a myelin suffering from Experimental Allergic Encephalomyelitis (EAE), which is an animal model for Multiple Sclerosis. In the second part of the talk, a pressure induced hemifusion event of two supported model lipid bilayers have been imaged using a Fluorescence-SFA. Using this technique, evolution of the membrane thickness and the rearrangement of lipid rafts are monitored simultaneously. Also, the effects of applied pressure on the rate of bilayer hemifusion is investigated. 6 Background : Education 2008. 09-2014. 01 Ph.D., Chemical Engineering, UC Santa Barbara 2002. 03-2008. 02 B.S., Chemical and Biomolecular Engineering, KAIST Work 2016. 02-Current Assistant Prof., Energy and Chemical Engineering, UNIST 2014. 02-2016. 02 Postdoc, Chemical Engineering, UC Santa Barbara 7. Questions : (☏ 031-299-4115)