Genome complexity:misfolded proteins (Introduction)

by David Turell , Tuesday, December 10, 2013, 15:24 (3783 days ago) @ David Turell

Proper function by proteins require proper folding. It is not just stringing together amino acids but folding the string into the right configuration:-"A wide range of diseases are caused by an accumulation of misfolded proteins. Among the diseases are neurodegenerative diseases like Alzheimer's disease, Parkinson's disease and Huntington's disease. Other diseases include certain types of diabetes, inherited cataracts and cystic fibrosis."-http://www.sciencedaily.com/releases/2013/12/131209181101.htm

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Genome complexity in embryology - David Turell, 2013-05-10, 14:53
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      - Genome complexity in embryology - dhw, 2015-04-24, 22:14
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        Genome complexity in embryology - David Turell, 2015-05-01, 02:38
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        Genome complexity in embryology: neural crest cells - Balance_Maintained, 2015-05-06, 19:49
        
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        Genome complexity: mechanism stopped evolving - David Turell, 2016-05-11, 15:02
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        Genome complexity: variation within species - dhw, 2016-12-21, 17:48
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        Genome complexity: we survive constant mutations - David Turell, 2018-05-14, 17:22
        Genome complexity: we survive constant mutations - dhw, 2018-05-15, 12:59
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        Genome complexity: Removing foreign or damaged DNA - Balance_Maintained, 2018-07-13, 03:00
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        Genome complexity: how humans correct errors; dhw confusion - David Turell, 2020-11-11, 15:32
        Genome complexity: how humans correct errors; dhw confusion - dhw, 2020-11-12, 12:12
        Genome complexity: how humans correct errors; dhw confusion - David Turell, 2020-11-12, 17:34
        Genome complexity: how humans correct errors; dhw confusion - dhw, 2020-11-13, 07:13
        Genome complexity: how humans correct errors; dhw confusion - David Turell, 2020-11-13, 23:02
        Genome complexity: how humans correct errors; dhw confusion - dhw, 2020-11-14, 11:45
        Genome complexity: how humans correct errors; dhw confusion - David Turell, 2020-11-14, 21:06
        
        Genome complexity: controlling transposons - David Turell, 2019-08-09, 19:16
        Genome complexity: transposons can change DNA folds - David Turell, 2020-01-24, 21:16
        
        Genome complexity: a new DNA repair mechanism found - David Turell, 2019-04-07, 05:07
        
        Genome complexity: retroviruses are a real part of us - David Turell, 2020-04-13, 01:21
        Genome complexity: getting X and Y together - David Turell, 2020-05-30, 00:12
        Genome complexity: slicing and dicing DNA for germ cells - David Turell, 2021-08-13, 19:18
        Genome complexity: controlling plant growth - David Turell, 2022-04-28, 22:10
        Genome complexity: retroviruses in embryology - David Turell, 2024-01-30, 15:37
        
        Genome complexity in embryology:organizer - David Turell, 2016-06-04, 21:05
- Genome complexity in embryology: new theory - David Turell, 2016-06-10, 02:28
  - Genome complexity in embryology: mitochondria - David Turell, 2016-06-27, 14:30
    - Genome complexity in embryology: nerve routes - David Turell, 2017-04-24, 15:09
      - Genome complexity in embryology: nerve routes - Balance_Maintained, 2017-04-25, 00:43
        Genome complexity in embryology: nerve routes - David Turell, 2017-04-25, 01:01
    - Genome complexity in embryology: egg starting - David Turell, 2017-07-11, 23:41
      - Genome complexity in embryology: egg starting - Balance_Maintained, 2017-07-13, 05:53
        Genome complexity in embryology: egg starting - David Turell, 2017-07-13, 15:23
    - Genome complexity in embryology: stem cell action - David Turell, 2017-07-28, 19:20
      - Genome complexity in embryology: non-DNA information - David Turell, 2018-06-03, 20:41
        Plant embryology: leaf making feedback controls - David Turell, 2018-06-06, 19:42
  - Genome complexity in embryology: control by electricity - David Turell, 2018-07-06, 19:20
    - Genome complexity in embryology: bone manufacture - David Turell, 2018-08-27, 19:35
      - Genome complexity in embryology: directing construction - David Turell, 2018-08-27, 19:43

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Genome complexity:misfolded proteins (Introduction)