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Home › Dataset Library › Impact of resistance exercise on human skeletal muscle gene expression - ageing

Dataset: Impact of resistance exercise on human skeletal muscle gene expression - ageing

The aim of this work was to produce a reproducible molecular signature of human muscle responses to resistance training and examine how...

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The aim of this work was to produce a reproducible molecular signature of human muscle responses to resistance training and examine how such a profile relates to new and established exercise adaptation gene networks. Subjects were recruited from an age range of 18 to 75 y. Before beginning the study all subjects were screened using a medical questionnaire, physical examination and resting ECG with exclusions for overt muscle wasting (>2 SD below age norms)[85], metabolic, respiratory/cardiovascular disorders or other major contraindications to a healthy status. All subjects had normal blood chemistry and were normotensive (BP <140/90). All subjects performed routine activities of daily living and recreation but did not participate in moderate to high intensity aerobic exercise and none had participated in RET in the last 24 months. Body composition was measured at screening and following RET by dual energy X-ray absorptiometry (DEXA) (Lunar Prodigy II, GE Medical Systems). Subject positioning on the DEXA bed was optimized to allow the region of interest (ROI) body compartments to be analyzed separately. The upper leg ROI was selected as the area inferior to the lowest visible point of the coccyx to the mid-point of the patella. The dataset comprises 44 pre-exercise and 44 post-exercise samples. In addition there is a baseline sample NB021_pre-training (D13_NB021F). Therefore there are 89 samples in total. (Note: Singleton baseline sample NB021_pre-training was normalized only using all baseline samples.) Derby dataset.

Species:
human

Samples:
89

Source:
E-GEOD-47881

PubMed:
23555298

Updated:
Dec.12, 2014

Registered:
Jul.12, 2014


Factors: (via ArrayExpress)
Sample AGE PATIENTID TIME
GSM1161859 49 TW003 post-training
GSM1161858 49 TW003 pre-training
GSM1161857 28 SJ079 post-training
GSM1161856 28 SJ079 pre-training
GSM1161855 69 SH041 post-training
GSM1161854 69 SH041 pre-training
GSM1161853 47 SF065 post-training
GSM1161852 47 SF065 pre-training
GSM116185 45 SB063 post-training
GSM1161850 45 SB063 pre-training
GSM1161849 72 RP012 post-training
GSM1161848 72 RP012 pre-training
GSM1161847 47 RN039 post-training
GSM1161846 47 RN039 pre-training
GSM1161845 73 RG093 post-training
GSM1161844 73 RG093 pre-training
GSM1161843 67 RB020 post-training
GSM1161842 67 RB020 pre-training
GSM116184 75 PW031 post-training
GSM1161840 75 PW031 pre-training
GSM1161839 49 PK029 post-training
GSM1161838 49 PK029 pre-training
GSM1161837 45 PG069 post-training
GSM1161836 45 PG069 pre-training
GSM1161835 66 PC035 post-training
GSM1161834 66 PC035 pre-training
GSM1161833 28 NB021 pre-training
GSM1161832 26 MT008 post-training
GSM116183 26 MT008 pre-training
GSM1161830 69 MJ022 post-training
GSM1161829 69 MJ022 pre-training
GSM1161828 52 MH061 post-training
GSM1161827 52 MH061 pre-training
GSM1161826 28 MH054 post-training
GSM1161825 28 MH054 pre-training
GSM1161824 71 LH091 pre-training
GSM1161823 71 LH091 post-training
GSM1161822 49 KA070 post-training
GSM116182 49 KA070 pre-training
GSM1161820 69 JW087 post-training
GSM1161819 69 JW087 pre-training
GSM1161818 74 JOH099 post-training
GSM1161817 74 JOH099 pre-training
GSM1161816 47 JH074 post-training
GSM1161815 47 JH074 pre-training
GSM1161814 20 JG040 post-training
GSM1161813 20 JG040 pre-training
GSM1161812 64 JC064 post-training
GSM11618 64 JC064 pre-training
GSM1161810 27 JC047 post-training
GSM1161809 27 JC047 pre-training
GSM1161808 55 JB044 post-training
GSM1161807 55 JB044 pre-training
GSM1161806 28 JB038 post-training
GSM1161805 28 JB038 pre-training
GSM1161804 67 JA071 post-training
GSM1161803 67 JA071 pre-training
GSM1161802 51 IM023 post-training
GSM116180 51 IM023 pre-training
GSM1161800 72 HA094 post-training
GSM1161799 72 HA094 pre-training
GSM1161798 65 GS075 post-training
GSM1161797 65 GS075 pre-training
GSM1161796 71 GJ095 post-training
GSM1161795 71 GJ095 pre-training
GSM1161794 46 EH014 post-training
GSM1161793 46 EH014 pre-training
GSM1161792 74 ED049 post-training
GSM116179 74 ED049 pre-training
GSM1161790 54 DW097 post-training
GSM1161789 54 DW097 pre-training
GSM1161788 51 DT067 post-training
GSM1161787 51 DT067 pre-training
GSM1161786 54 CS066 post-training
GSM1161785 54 CS066 pre-training
GSM1161784 26 CR053 post-training
GSM1161783 26 CR053 pre-training
GSM1161782 48 CP068 post-training
GSM116178 48 CP068 pre-training
GSM1161780 45 CL046 post-training
GSM1161779 45 CL046 pre-training
GSM1161778 55 CF093 post-training
GSM1161777 55 CF093 pre-training
GSM1161776 21 BH073 post-training
GSM1161775 21 BH073 pre-training
GSM1161774 46 AS060 post-training
GSM1161773 46 AS060 pre-training
GSM1161772 25 AC033 post-training
GSM116177 25 AC033 pre-training

Tags

  • body
  • coccyx
  • inferior
  • leg
  • muscle
  • muscle wasting
  • patella
  • point

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