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What Active Transport //top\\ Jun 2026

| Type | Energy Source | Mechanism | Example | | :--- | :--- | :--- | :--- | | | Direct (ATP) | Uses a pump that directly hydrolyzes ATP to move solutes. | Sodium-Potassium pump, Calcium pump (moves Ca2+ out of cytoplasm). | | Secondary | Indirect (Ion gradient) | Uses the energy stored in an ion gradient (created by primary transport) to drag another molecule along. | Symport (both move same direction) – Sodium-glucose symporter (Na+ flows down its gradient, pulling glucose against its gradient into the cell).

is the movement of molecules or ions across a cell membrane against their concentration gradient (from an area of low concentration to an area of high concentration). Because this movement opposes the natural tendency of diffusion, it requires an input of chemical energy .

The most famous example is the found in animal cell membranes.

What Active Transport //top\\ Jun 2026

Активация DiagBox 9.129

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Бонусная программа

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Активация последней версии DiagBox 9.129 2022 (апрель) года для приборов Lexia. Активация привязывается к компьютеру.

DiagBox 9.129 на русском языке. | Type | Energy Source | Mechanism |

Основные функции программы:

Диагностики, чтение/расшифровка/стирание ошибок;
Работа с параметрами в реальном времени;
Кодирование;
Адаптации;
Телекодирование (если процедура не требует онлайн доступа).

Скриншоты программы

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Нет отзывов о данном товаре. | Symport (both move same direction) – Sodium-glucose

| Type | Energy Source | Mechanism | Example | | :--- | :--- | :--- | :--- | | | Direct (ATP) | Uses a pump that directly hydrolyzes ATP to move solutes. | Sodium-Potassium pump, Calcium pump (moves Ca2+ out of cytoplasm). | | Secondary | Indirect (Ion gradient) | Uses the energy stored in an ion gradient (created by primary transport) to drag another molecule along. | Symport (both move same direction) – Sodium-glucose symporter (Na+ flows down its gradient, pulling glucose against its gradient into the cell).

is the movement of molecules or ions across a cell membrane against their concentration gradient (from an area of low concentration to an area of high concentration). Because this movement opposes the natural tendency of diffusion, it requires an input of chemical energy .

The most famous example is the found in animal cell membranes.