Difference between revisions of "Larsen 2023 MiP2023"
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{{Abstract | {{Abstract | ||
|title=[[File:Larsen S.jpg|left|100px|Larsen Steen]] Mitochondrial adaptations to weight loss β lifestyle, surgery or medication. | |title=[[File:Larsen S.jpg|left|100px|Larsen Steen]] Mitochondrial adaptations to weight loss β lifestyle, surgery or medication. | ||
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|year=2023 | |year=2023 | ||
|event=MiP2023 Obergurgl AT | |event=MiP2023 Obergurgl AT | ||
|abstract=Weight loss maintenance after lifestyle changes (diet and exercise) is challenging and unfortunately the success rate is low. This topic has received major attention and yet the explanation behind the apparent inability to maintain lifestyle changes remains unresolved. Combining increased physical activity and changes of the diet composition are typically first line of treatment to achieve weight loss, but gastric bypass surgery is also used for weight loss. Different drugs are on the market that induces a weight loss. <br> | |abstract=Weight loss maintenance after lifestyle changes (diet and exercise) is challenging and unfortunately the success rate is low. This topic has received major attention and yet the explanation behind the apparent inability to maintain lifestyle changes remains unresolved. Combining increased physical activity and changes of the diet composition are typically first line of treatment to achieve weight loss, but gastric bypass surgery is also used for weight loss. Different drugs are on the market that induces a weight loss. <br> | ||
The presentation will focus on mitochondrial adaptations after a weight loss induces by lifestyle changes or after gastric bypass surgery. We have conducted two clinical trials investigating weight loss after a lifestyle intervention or after gastric bypass surgery, with a focus on mitochondrial function in skeletal muscle and adipose tissue. Furthermore focus will also be on the effect of different weight loss medications and how these affects mitochondrial function. | The presentation will focus on mitochondrial adaptations after a weight loss induces by lifestyle changes or after gastric bypass surgery. We have conducted two clinical trials investigating weight loss after a lifestyle intervention or after gastric bypass surgery, with a focus on mitochondrial function in skeletal muscle and adipose tissue. Furthermore focus will also be on the effect of different weight loss medications and how these affects mitochondrial function. | ||
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:::: University of Copenhagen, DK | :::: University of Copenhagen, DK | ||
:::: stelar@sund.ku.dk | :::: stelar@sund.ku.dk | ||
Β | |mipnetlab=DK Copenhagen Larsen S | ||
}} | }} | ||
{{Labeling | {{Labeling | ||
|area=Exercise physiology;nutrition;life style | |||
|organism=Human | |||
|tissues=Skeletal muscle, Fat | |||
|event=Oral | |event=Oral | ||
}} | }} | ||
{{MiP header page name}} |
Revision as of 11:17, 30 June 2023
Mitochondrial adaptations to weight loss β lifestyle, surgery or medication. |
Link: MiP2023 Obergurgl AT
Larsen Steen (2023)
Event: MiP2023 Obergurgl AT
Weight loss maintenance after lifestyle changes (diet and exercise) is challenging and unfortunately the success rate is low. This topic has received major attention and yet the explanation behind the apparent inability to maintain lifestyle changes remains unresolved. Combining increased physical activity and changes of the diet composition are typically first line of treatment to achieve weight loss, but gastric bypass surgery is also used for weight loss. Different drugs are on the market that induces a weight loss.
The presentation will focus on mitochondrial adaptations after a weight loss induces by lifestyle changes or after gastric bypass surgery. We have conducted two clinical trials investigating weight loss after a lifestyle intervention or after gastric bypass surgery, with a focus on mitochondrial function in skeletal muscle and adipose tissue. Furthermore focus will also be on the effect of different weight loss medications and how these affects mitochondrial function.
Affiliation
- University of Copenhagen, DK
- stelar@sund.ku.dk
β’ O2k-Network Lab: DK Copenhagen Larsen S
Labels: MiParea: Exercise physiology;nutrition;life style
Organism: Human
Tissue;cell: Skeletal muscle, Fat
Event: Oral
Larsen 2023 MiP2023