Talk:MiPschool Obergurgl 2017

From Bioblast

Programme development

For the MiPsummer school in Obergurgl the last week of July, I would be delighted to come. I see you have me down for two presentations and you know that I always have a great time at the summer schools and meetings. The Retreat last year kept the tradition of great meetings with unbelievable and fantastic interactions. What can be better. I look forward to the details for travel, etc. My wife asked me how I would be able to turn down your invitation; no way. - Charles L Hoppel


Travel info

When and how to travel? Β» Click here for travel info


Abstracts

Abstract submission extended: until 2017 July 12
The abstract title has to be included on the registration form.
  • Categories: Early career investigators (ECI) and students are invited to submit abstracts until June 15 in five alternative categories and apply with their submission for a MITOEAGLE Scholarship:
  1. Your own project in the context of mitochondrial physiology.
  2. SUIT protocols: basic concepts. - Β» MitoPedia: SUIT
  3. SUIT protocols: various applications with intact cells and mt-preparations.
  4. Definitions and controversies for a selected term on respiratory states and respiratory control ratios. - Β» MitoPedia: Respiratory states, MitoPedia: Respiratory control ratios
  5. Definition of a term in the context of mitochondrial physiology that is missing in MitoPedia. - Β» MitoPedia
NOTE: If you have an idea or abstract in the context of mitochondrial research, that appears to not fit into one of the categories stated above, don't hesitate to contact us. We are open to new ideas!
  • Format
Abstract format
Example: Doerrier 2015 Abstract MiPschool Greenville 2015


  • Abstract submission and review for MITOEAGLE Scholarships
1. Eligibility: Early career investigators and students from all COST countries and International Partner Countries can apply - MITOEAGLE network.
2. Submit your abstract in the format given above: [email protected]
3. Optionally, select a 'MITOEAGLE mentor' who will act as the contact to review your abstract and recommend you as a recipient of the MITOEAGLE scholarship. Add the name of your selected mentor as a final section of your abstract. Click on the highlighted name of the MITOEAGLE mentor for contact details, and send your abstract in Cc to your mentor.
4. Experimental abstracts will be reviewed and accepted entirely independent of the experimental platform used in the study, and a wide variety of experimental approaches is highly welcome.


Support

MITOEAGLE scholarships for Early Career Investigators and students

  • Submitted abstracts provide the basis for allocation of MITOEAGLE scholarships.
  • Proposed deadline: 2017-Jun-15.
  • 42 basic scholarships will cover the local costs (accommodation, meals and registration).
  • Students from Inclusiveness Target Countries are eligible for extended scholarships covering travel costs in addition to the basic scholarship.
  • Abstracts submitted with data suitable for the data bases Working Groups 2, 3 and 4 or Working Group 1 are selected as a basis of additional support for joining the MITOEAGLE Workshop WG1-4 (Jul 27-30).
  • MITOEAGLE Working Group participants are supported (as far as possible) to join the Training School to be better prepared for the collaboration in the WG meeting, particularly the group working on the terminology review on respiratory states.
Β» Notification of MITOEAGLE scholarships will be given shortly.

MiPscholarships

  • The Mitochondrial Physiology Society supports the participation at MiPschool with scholarships for students and early career investigators.

Scholarships by the Medical University of Innsbruck

  • 10 students of the Medical University of Innsbruck will be supported by a scholarship. The scholarship will cover 80% of the registration/accommodation costs.


Questions.jpg
Β» For further questions, please contact the MITOEAGLE representatives of the training schools:
Uwe Schlattner
Ayse Basak Engin
Β» Further details on mentorship: consult MITOEAGLE Early Career Investigators
Β» List of MITOEAGLE mentors


ECTS for students of the Medical University of Innsbruck

Β» For attending this conference, you will receive a credit of 1.5 ECTS.

Registration

MiPschool registration Early Career Investigators and students

Β» ECI and students registration
Β» Regular registration


MITOEAGLE Workshop WG1-4

Β» Registration form
Please send the completed form to [email protected]



Abstracts and topics

{{#ask:was submitted to event::MiPschool Obergurgl 2017 | ?has title=Presentation |? Event=Session |? MiP area=MiP areas |? Mammal and model=Mammals;models |? Tissue and cell=Tissues;cells |? Stress=Stress conditions |? Diseases=Pathological states |format=broadtable |limit=500 |offset=0 |order=ascending |default=no abstracts found

}}

Tentative programme Version 01

Session A (morning) Introduction: coupling control in oxidative phosphorylation
  • A1. The electron transfer system – mitochondrial pathways from fuel substrates to oxygen.
  • A2. Coupling of the phosphorylation system to electron transfer and respiratory coupling control.
  • A3. From Einstein's diffusion equation to Mitchell’s chemiosmotic equation: rates and states in the bioenergetics of oxidative phosphorylation.
  • A4. Measurement of coupling in intact cells and mitochondrial preparations: biochemical coupling efficiency and ATP/O2 ratios.
Session B (afternoon) Posters and selected abstracts
  • B1. Poster session.
  • B2: Selected abstracts: measurement of coupling control in intact cells and mitochondrial preparations - open discussion.
  • B3. Towards a data base on coupling control in intact cells.
        • 2017-07-25
Session C (morning) Introduction: from experimental design to data analysis
  • C1. Respiratory pathway control in mitochondrial preparations.
  • C2. Substrate-uncoupler-inhibitor titration (SUIT) protocols – fundamental principles.
  • C3. Normalization of respiratory flux and flow.
  • C4. Respiratory control ratios and control factors.
Session D (afternoon) Posters and selected abstracts
  • D1. Selected abstracts: applications of SUIT protocols – open discussion.
  • D2. SUIT protocols: design and limitations.
  • D3. Towards a data base on mitochondrial respiratory control: diagnostic approaches and comparative mitochondrial physiology.
        • 2017-07-26
Session E (morning) Mitochondrial physiology: biomedical applications (possible titles, depending on keynote lecturers/selected abstracts)
  • E1. The challenges of functional mitochondrial diagnosis.
  • E2. Mitochondrial fitness in skeletal muscle (Pablo Garcia-Roves, University of Barcelona, ES).
  • E3. Scope and limitations of functional mitochondrial diagnosis in blood cells.
  • E4. Mitochondrial respiratory function and neuromuscular disease.
  • E5. Mitochondrial function and dysfunction in cancer (Richard K Porter, Trinity College Dublin, IE).
  • E6. Ischemia-reperfusion injury.
  • E7. The metabolic syndrome (Hong Kyu Lee, Eulji University College of Medicine, Seoul, KR).
  • E8. Mitochondrial function in aging and regeneration (Pidder Jansen-Duerr, University of Innsbruck, AT).
Session F (afternoon) Comparative mitochondrial physiology (possible titles, depending on keynote lecturers/selected abstracts)
  • F1. Mitochondrial physiology in cell models versus primary tissue.
  • F2. Mitochondrial physiology studies in mouse models.
  • F3. Mitochondrial vertrebrate physiology – extreme performers.
  • F5. Mitochondrial physiology of and beyond established animal models.
  • F6. Mitochondrial physiology in plants and microbes.
  • F7. Mitochondrial physiology and evolution.


Preliminary programme MiPschool (Jul 23-27) Version 02

        • 2017-07-24
Session A (morning) Introduction: coupling control in oxidative phosphorylation
  • A1. The electron transfer system – Q redox regulation and mitochondrial pathways to oxygen (Anthony L Moore, University of Sussex, UK).
  • A2. Coupling of the phosphorylation system to electron transfer and respiratory coupling control (Vilma Borutaite, University of Health Sciences, LT).
  • A3. From Einstein's diffusion equation to Mitchell’s chemiosmotic equation: rates and states in the bioenergetics of oxidative phosphorylation (Erich Gnaiger, Medical University of Innsbruck, AT).
  • A4. Biochemical coupling efficiency and ATP/O2 ratios (Charles L Hoppel, Case Western Reserve University School of Medicine, Ohio, US).
Session B (afternoon) Posters and selected abstracts
  • B1. Poster session.
  • B2: Selected abstracts: measurement of coupling control in intact cells and mitochondrial preparations - open discussion.
  • B3. Towards a data base on coupling control in intact cells.
        • 2017-07-25
Session C (morning) Introduction: from experimental design to data analysis
  • C1. Respiratory pathway control in mitochondrial preparations (Gnaiger Erich, Medical University of Innsbruck, AT).
  • C2. Substrate-uncoupler-inhibitor titration (SUIT) protocols – fundamental principles (Carolina Doerrier, OROBOROS INSTRUMENTS, AT).
  • C3. Normalization of respiratory flux and flow.
  • C4. Respiratory control ratios and control factors (Gnaiger Erich, Medical University of Innsbruck, AT).
Session D (afternoon) Posters and selected abstracts
  • D1. Selected abstracts: applications of SUIT protocols – open discussion.
  • D2. SUIT protocols: design and limitations.
  • D3. Towards a data base on mitochondrial respiratory control: diagnostic approaches and comparative mitochondrial physiology.
        • 2017-07-26
Session E (morning) Comparative mitochondrial physiology (possible titles, depending on keynote lecturers/selected abstracts)
  • E1. Mitochondrial physiology and the scope of cryopreservation in blood cells. (Beata Velika, Pavol Jozef Ε afΓ‘rik University in Kosice, SK)
  • E2. Mitochondrial physiology studies in mouse models.
  • E3. Mitochondrial vertrebrate physiology – extreme performers.
  • E4. Mitochondrial physiology of and beyond established animal models.
  • E5. Mitochondrial physiology in plants (Anthony L Moore, University of Sussex, UK).
  • E6. Mitochondrial physiology and evolution.
Session F (afternoon) Mitochondrial physiology: biomedical applications (possible titles, depending on keynote lecturers/selected abstracts)
  • F1. The challenges of functional mitochondrial diagnosis (Charles L Hoppel, Case Western Reserve University School of Medicine, Ohio, US).
  • F2. Mitochondrial fitness in skeletal muscle (Pablo Garcia-Roves, University of Barcelona, ES).
  • F3. Scope and limitations of functional mitochondrial diagnosis in blood cells. (Anthony Molina,Department of Internal Medicine, US).
  • F4. Mitochondrial function and dysfunction: ROS and Ca2+. (Werner Koopman, Radboud University Nijmegen Medical Centre, NL)
  • F5. Mitochondrial function and dysfunction in cancer (Richard K Porter, Trinity College Dublin, IE).
  • F6. Ischemia-reperfusion injury (Carlos Palmeira, University of Coimbra, PT).
  • F7. The metabolic syndrome - dysmitochondrial syndrome and mitochondrial disruptors (Hong Kyu Lee, Eulji University College of Medicine, Seoul, KR).
  • F8. Mitochondrial function in aging and regeneration (Pidder Jansen-Duerr, University of Innsbruck, AT).
Session G (evening) MITOEAGLE Early Career Investigators forum
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