.tb-field[data-toolset-blocks-field="e64a556c8881887d358d97704e893eb0"] { line-height: 1.5em; }  .tb-grid,.tb-grid>.block-editor-inner-blocks>.block-editor-block-list__layout{display:grid;grid-row-gap:25px;grid-column-gap:25px}.tb-grid-item{background:#d38a03;padding:30px}.tb-grid-column{flex-wrap:wrap}.tb-grid-column>*{width:100%}.tb-grid-column.tb-grid-align-top{width:100%;display:flex;align-content:flex-start}.tb-grid-column.tb-grid-align-center{width:100%;display:flex;align-content:center}.tb-grid-column.tb-grid-align-bottom{width:100%;display:flex;align-content:flex-end}.wpv-block-loop-item[data-toolset-views-view-template-block="0c6827cbad065642cd9cc8870cc600e6"] { margin-top: 8px;margin-bottom: 8px; } h4.tb-heading[data-toolset-blocks-heading="0749c7123cea6da00afd1435da7b7afe"]  { font-size: 19px;line-height: 1.3em;padding-top: 0px;padding-bottom: 0px;margin-top: 0px;margin-bottom: 0px; }  .tb-image{position:relative;transition:transform 0.25s ease}.wp-block-image .tb-image.aligncenter{margin-left:auto;margin-right:auto}.tb-image img{max-width:100%;height:auto;width:auto;transition:transform 0.25s ease}.tb-image .tb-image-caption-fit-to-image{display:table}.tb-image .tb-image-caption-fit-to-image .tb-image-caption{display:table-caption;caption-side:bottom} .wp-block-image.tb-image[data-toolset-blocks-image="6536e044130bba089e1cd8d61dc4a9f1"] { max-width: 100%; } .wp-block-image.tb-image[data-toolset-blocks-image="6536e044130bba089e1cd8d61dc4a9f1"] img { border-radius: 8px; } .tb-container .tb-container-inner{width:100%;margin:0 auto} .wp-block-toolset-blocks-container.tb-container[data-toolset-blocks-container="a0b88c1a58e4bf9c5b38f6a068e39cfd"] { padding: 0px;margin: 0px 0px 20px 0px; } .tb-field[data-toolset-blocks-field="f9d18b6ee08b6cc351c06d6a0d55b0dc"] { font-size: 16px;line-height: 1.1em;color: rgba( 255, 255, 255, 1 );padding: 0px;margin: 0px; }  .tb-grid,.tb-grid>.block-editor-inner-blocks>.block-editor-block-list__layout{display:grid;grid-row-gap:25px;grid-column-gap:25px}.tb-grid-item{background:#d38a03;padding:30px}.tb-grid-column{flex-wrap:wrap}.tb-grid-column>*{width:100%}.tb-grid-column.tb-grid-align-top{width:100%;display:flex;align-content:flex-start}.tb-grid-column.tb-grid-align-center{width:100%;display:flex;align-content:center}.tb-grid-column.tb-grid-align-bottom{width:100%;display:flex;align-content:flex-end} .wpv-view-output[data-toolset-views-view-editor="760d9484e1503fbde5b9cb69128f8562"] > .tb-grid-column:nth-of-type(3n + 1) { grid-column: 1 } .wpv-view-output[data-toolset-views-view-editor="760d9484e1503fbde5b9cb69128f8562"] > .tb-grid-column:nth-of-type(3n + 2) { grid-column: 2 } .wpv-view-output[data-toolset-views-view-editor="760d9484e1503fbde5b9cb69128f8562"] > .tb-grid-column:nth-of-type(3n + 3) { grid-column: 3 } .wpv-view-output[data-toolset-views-view-editor="760d9484e1503fbde5b9cb69128f8562"] .js-wpv-loop-wrapper > .tb-grid { grid-template-columns: minmax(0, 0.3333fr) minmax(0, 0.3333fr) minmax(0, 0.3333fr);grid-column-gap: 10px;grid-row-gap: 10px;grid-auto-flow: row } .tb-field[data-toolset-blocks-field="696770eb8ca6d8a945549eaaff06add3"] { font-size: 15px;line-height: 1.3em;padding-top: 0px;padding-bottom: 0px;margin-top: 0px;margin-bottom: 0px; }  h4.tb-heading[data-toolset-blocks-heading="93653a5ac9f84902cbd8aa96dea90046"]  { font-size: 16px;line-height: 1.1em;color: rgba( 255, 255, 255, 1 );padding: 0px;margin: 0px; }  h4.tb-heading[data-toolset-blocks-heading="93653a5ac9f84902cbd8aa96dea90046"] a  { color: rgba( 255, 255, 255, 1 ); }  .tb-container .tb-container-inner{width:100%;margin:0 auto} .wp-block-toolset-blocks-container.tb-container[data-toolset-blocks-container="ac377d85022631d6f589c9a12c381535"] { border-radius: 16px 16px 0 0;background: rgba( 27, 95, 193, 1 );padding: 20px 10px 5px 10px;margin-top: 0px;margin-bottom: 0px;box-shadow: 0 10px 100px 0 rgba( 27, 95, 193, 0.16 ); } h1.tb-heading[data-toolset-blocks-heading="fe1811b807c5f987fcf2e200c76e4c92"]  { font-size: 28px;line-height: 1.3em;color: rgba( 255, 255, 255, 1 );text-align: center;padding: 0px;margin: 10px 0px 10px 0px; }  .tb-field[data-toolset-blocks-field="c3fedb55ea883b38e9445e62212d3a03"] { font-size: 28px;line-height: 1.3em;color: rgba( 255, 255, 255, 1 );padding-top: 0px;padding-right: 0px;padding-bottom: 0px;margin: 10px 0px 10px 0px; }  @media only screen and (max-width: 781px) {  .tb-grid,.tb-grid>.block-editor-inner-blocks>.block-editor-block-list__layout{display:grid;grid-row-gap:25px;grid-column-gap:25px}.tb-grid-item{background:#d38a03;padding:30px}.tb-grid-column{flex-wrap:wrap}.tb-grid-column>*{width:100%}.tb-grid-column.tb-grid-align-top{width:100%;display:flex;align-content:flex-start}.tb-grid-column.tb-grid-align-center{width:100%;display:flex;align-content:center}.tb-grid-column.tb-grid-align-bottom{width:100%;display:flex;align-content:flex-end} .tb-image{position:relative;transition:transform 0.25s ease}.wp-block-image .tb-image.aligncenter{margin-left:auto;margin-right:auto}.tb-image img{max-width:100%;height:auto;width:auto;transition:transform 0.25s ease}.tb-image .tb-image-caption-fit-to-image{display:table}.tb-image .tb-image-caption-fit-to-image .tb-image-caption{display:table-caption;caption-side:bottom}.tb-container .tb-container-inner{width:100%;margin:0 auto} .tb-grid,.tb-grid>.block-editor-inner-blocks>.block-editor-block-list__layout{display:grid;grid-row-gap:25px;grid-column-gap:25px}.tb-grid-item{background:#d38a03;padding:30px}.tb-grid-column{flex-wrap:wrap}.tb-grid-column>*{width:100%}.tb-grid-column.tb-grid-align-top{width:100%;display:flex;align-content:flex-start}.tb-grid-column.tb-grid-align-center{width:100%;display:flex;align-content:center}.tb-grid-column.tb-grid-align-bottom{width:100%;display:flex;align-content:flex-end} .wpv-view-output[data-toolset-views-view-editor="760d9484e1503fbde5b9cb69128f8562"] > .tb-grid-column:nth-of-type(2n + 1) { grid-column: 1 } .wpv-view-output[data-toolset-views-view-editor="760d9484e1503fbde5b9cb69128f8562"] > .tb-grid-column:nth-of-type(2n + 2) { grid-column: 2 } .wpv-view-output[data-toolset-views-view-editor="760d9484e1503fbde5b9cb69128f8562"] .js-wpv-loop-wrapper > .tb-grid { grid-template-columns: minmax(0, 0.5fr) minmax(0, 0.5fr);grid-column-gap: 15px;grid-row-gap: 15px;grid-auto-flow: row }    .tb-container .tb-container-inner{width:100%;margin:0 auto} .wp-block-toolset-blocks-container.tb-container[data-toolset-blocks-container="ac377d85022631d6f589c9a12c381535"] { background: rgba( 27, 95, 193, 1 );padding: 10px;margin-top: 0px; } h1.tb-heading[data-toolset-blocks-heading="fe1811b807c5f987fcf2e200c76e4c92"]  { font-size: 23px; }  .tb-field[data-toolset-blocks-field="c3fedb55ea883b38e9445e62212d3a03"] { font-size: 23px; }   } @media only screen and (max-width: 599px) {  .tb-grid,.tb-grid>.block-editor-inner-blocks>.block-editor-block-list__layout{display:grid;grid-row-gap:25px;grid-column-gap:25px}.tb-grid-item{background:#d38a03;padding:30px}.tb-grid-column{flex-wrap:wrap}.tb-grid-column>*{width:100%}.tb-grid-column.tb-grid-align-top{width:100%;display:flex;align-content:flex-start}.tb-grid-column.tb-grid-align-center{width:100%;display:flex;align-content:center}.tb-grid-column.tb-grid-align-bottom{width:100%;display:flex;align-content:flex-end} .tb-image{position:relative;transition:transform 0.25s ease}.wp-block-image .tb-image.aligncenter{margin-left:auto;margin-right:auto}.tb-image img{max-width:100%;height:auto;width:auto;transition:transform 0.25s ease}.tb-image .tb-image-caption-fit-to-image{display:table}.tb-image .tb-image-caption-fit-to-image .tb-image-caption{display:table-caption;caption-side:bottom}.tb-container .tb-container-inner{width:100%;margin:0 auto} .tb-grid,.tb-grid>.block-editor-inner-blocks>.block-editor-block-list__layout{display:grid;grid-row-gap:25px;grid-column-gap:25px}.tb-grid-item{background:#d38a03;padding:30px}.tb-grid-column{flex-wrap:wrap}.tb-grid-column>*{width:100%}.tb-grid-column.tb-grid-align-top{width:100%;display:flex;align-content:flex-start}.tb-grid-column.tb-grid-align-center{width:100%;display:flex;align-content:center}.tb-grid-column.tb-grid-align-bottom{width:100%;display:flex;align-content:flex-end} .wpv-view-output[data-toolset-views-view-editor="760d9484e1503fbde5b9cb69128f8562"]  > .tb-grid-column:nth-of-type(1n+1) { grid-column: 1 } .wpv-view-output[data-toolset-views-view-editor="760d9484e1503fbde5b9cb69128f8562"] .js-wpv-loop-wrapper > .tb-grid { grid-template-columns: minmax(0, 1fr);grid-auto-flow: row }    .tb-container .tb-container-inner{width:100%;margin:0 auto} .wp-block-toolset-blocks-container.tb-container[data-toolset-blocks-container="ac377d85022631d6f589c9a12c381535"] { padding: 10px 15px 10px 15px;margin-top: 0px; }    } 
LnRiLWhlYWRpbmcuaGFzLWJhY2tncm91bmR7cGFkZGluZzowfQ==
LnRiLWZpZWxke21hcmdpbi1ib3R0b206MC43NmVtfS50Yi1maWVsZC0tbGVmdHt0ZXh0LWFsaWduOmxlZnR9LnRiLWZpZWxkLS1jZW50ZXJ7dGV4dC1hbGlnbjpjZW50ZXJ9LnRiLWZpZWxkLS1yaWdodHt0ZXh0LWFsaWduOnJpZ2h0fS50Yi1maWVsZF9fc2t5cGVfcHJldmlld3twYWRkaW5nOjEwcHggMjBweDtib3JkZXItcmFkaXVzOjNweDtjb2xvcjojZmZmO2JhY2tncm91bmQ6IzAwYWZlZTtkaXNwbGF5OmlubGluZS1ibG9ja311bC5nbGlkZV9fc2xpZGVze21hcmdpbjowfQ==
Intermediary metabolism is defined as the full set of reactions that transform nutritive materials into energy storage compounds, reducing equivalents and biosynthetic intermediates. Disorders of intermediary metabolites involve pathways that mediate the breakdown of low-molecular weight nutrient compounds (such as proteins, carbohydrates, and lipids) or convert them into substrates for the biosynthesis of complex molecules. Intermediary metabolism disorders might also comprise diseases of mitochondrial oxidative phosphorylation, including disorders affecting mitochondrial DNA maintenance and gene expression, import, dynamics and cofactor biosynthesis.
