Tobias W. Weinrich

Most-cited papers

1. Improving mitochondrial function significantly reduces metabolic, visual, motor and cognitive decline in aged Drosophila melanogaster.

   Tobias W. Weinrich, Ariathney Coyne, T. Salt, C. Hogg +1 more

   2017Neurobiology of Aging40 citations Open access

   Semantic Scholar

   Save

2. Photobiomodulation reduces gliosis in the basal ganglia of aged mice

   Nabil El Massri, Tobias W. Weinrich, J. H. Kam, G. Jeffery +1 more

   2018Neurobiology of Aging36 citations Open access

   Semantic Scholar

   Save

3. Very-low and low-density lipoproteins induce neutral lipid accumulation and impair migration in monocyte subsets

   W. Jackson, Tobias W. Weinrich, K. Woollard

   2016Scientific Reports36 citations Open access

   Semantic Scholar

   Save

4. A day in the life of mitochondria reveals shifting workloads

   Tobias W. Weinrich, J. H. Kam, Billy Ferrara, Elinor P. Thompson +2 more

   2019Scientific Reports30 citations Open access

   Semantic Scholar

   Save

5. Fundamental differences in patterns of retinal ageing between primates and mice

   J. H. Kam, Tobias W. Weinrich, Harpreet Shinhmar, Michael B. Powner +3 more

   2019Scientific Reports23 citations Open access

   Semantic Scholar

   Save

6. The temporal sequence of improved mitochondrial function on the dynamics of respiration, mobility, and cognition in aged Drosophila.

   Tobias W. Weinrich, C. Hogg, G. Jeffery

   2018Neurobiology of Aging23 citations

   Semantic Scholar

   Save

7. No evidence for loss of short-wavelength sensitive cone photoreceptors in normal ageing of the primate retina

   Tobias W. Weinrich, Michael B. Powner, A. Lynch, R. Jonnal +2 more

   2017Scientific Reports21 citations Open access

   Semantic Scholar

   Save

8. Mitochondrial Function, Mobility and Lifespan Are Improved in Drosophila melanogaster by Extracts of 9-cis-β-Carotene from Dunaliella salina

   Tobias W. Weinrich, Ya-Nan Xu, Chiziezi I Wosu, P. Harvey +1 more

   2019Marine Drugs15 citations Open access

   Semantic Scholar

   Save

9. Vertical variation in epiphytic cryptogam species richness and composition in a primeval Fagus sylvatica forest

   S. Kaufmann, Tobias W. Weinrich, M. Hauck, C. Leuschner

   2019Journal of Vegetation Science13 citations Open access

   Semantic Scholar

   Save

10. Mitochondrial absorption of short wavelength light drives primate blue retinal cones into glycolysis which may increase their pace of aging

    J. H. Kam, Tobias W. Weinrich, H. Sangha, Michael B. Powner +2 more

    2019Visual Neuroscience9 citations Open access

    Semantic Scholar

    Save

11. Mitochondrial absorption of blue light drives primate blue retinal cones into glycolysis

    J. H. Kam, Tobias W. Weinrich, H. Sangha, Michael B. Powner +3 more

    20200 citations

    Semantic Scholar

    Save

12. The mitochondrial ageing signature : seeing the light

    Tobias W. Weinrich

    20190 citations

    Semantic Scholar

    Save

13. Primate macula and short wavelength cones use glycolysis to fund energy expenditure

    J. H. Kam, Tobias W. Weinrich, Michael B. Powner, G. Jeffery

    20170 citations

    Semantic Scholar

    Save

14. Does S cone vulnerability reside in their mitochondria

    Tobias W. Weinrich, Michael B. Powner, G. Jeffery

    20170 citations

    Semantic Scholar

    Save

15. Atherogenic dyslipidemia modulates monocyte subpopulation migration via RhoA

    W. Jackson, Tobias W. Weinrich, K. Woollard

    20150 citations

    Semantic Scholar

    Save