Cell Signaling Mastery

Froggy Jumps

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About this activity

Test your cell signaling know-how.

Created by

Aliyah Faye Arguelles

Philippines

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Cell Signaling Mastery


Froggy Jumps Cell Signaling MasteryOnline version Test your cell signaling know-how. by Aliyah Faye Arguelles 1 What is cell signaling? a Movement of ions across membranes b Communication between cells via chemical signals c Genetic expression in a single cell 2 What is a ligand? a A waste product of signaling b A molecule carrying the signal c A type of receptor 3 What is a receptor? a A protein that binds the ligand b A gene editing enzyme c A lipid molecule in the membrane 4 Which part is the sender in a signaling pathway? a Ligand b Target cell c Signaling cell 5 Which is a signaling pathway distance type? a Autocrine signaling only in one cell b Endocrine signaling through bloodstream c Juxtacrine signaling via direct contact 6 What are the three stages of signaling? a Reception, Transduction, Response b Activation, Amplification, Termination c Binding, Transport, Transformation 7 What happens during transduction? a Signal is relayed and amplified inside the cell b Ligand leaves the cell c Cell divides immediately 8 What is a cell-surface receptor for? a Lipid-soluble ligands b Water-soluble ligands c DNA molecules only 9 What ensures ligand specificity? a Receptor–ligand matching b Ligands mutate to fit any receptor c Receptors ignore ligands 10 Why is cell signaling essential? a To coordinate growth, stress response, and development b To slow metabolism only c To prevent any cell from dividing 11 If a ligand binds a receptor and triggers a conformational change, what is the immediate consequence in reception? a Receptor activation b Gene suppression c Ligand degradation 12 How does signal amplification in transduction affect the cellular response? a It weakens the signal to prevent errors b It bypasses the receptor entirely c It strengthens the message so a small signal causes a large response 13 Which scenario best illustrates autocrine signaling in cancer cells? a Immune cells sending signals to other cells b Hormones traveling through blood to distant organs c Cancer cells secrete signals that stimulate their own growth 14 Why is receptor specificity crucial for preventing misdirected cellular responses? a It ensures only matching ligands trigger the correct cells b It makes all cells respond identically c It allows ligands to bind any receptor 15 In a synaptic signaling scenario, what is a key feature that differentiates it from endocrine signaling? a Global bloodstream distribution b Transmission across a synapse with rapid, localized effect c Lipid-insoluble ligands only 16 Which stage directly follows ligand binding in the signaling cascade? a Reception b Transduction c Response via apoptosis 17 Propose a reason why cells would terminate a signal promptly after receiving it. a To ensure constant activation b To trigger random gene edits c To prevent overreaction and maintain homeostasis 18 Which combination best represents the three stages of signaling in order? a Transduction, Reception, Response b Reception, Transduction, Response c Response, Reception, Transduction 19 If a cell lacks the specific receptor for a ligand, what is the fate of the signal? a The ligand immediately degrades b The target cell cannot respond to the signal c The signal activates adjacent genes automatically 20 How could feedback inhibition regulate a signaling pathway? a By accelerating signal amplification indefinitely b By blocking ligand production entirely in all cells c By dampening the signal to prevent excessive response

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Cell Signaling Mastery

Froggy Jumps

About this activity

Created by

Download the paper version to play

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Cell Signaling MasteryOnline version

by Aliyah Faye Arguelles

What is cell signaling?

What is a ligand?

What is a receptor?

Which part is the sender in a signaling pathway?

Which is a signaling pathway distance type?

What are the three stages of signaling?

What happens during transduction?

What is a cell-surface receptor for?

What ensures ligand specificity?

Why is cell signaling essential?

If a ligand binds a receptor and triggers a conformational change, what is the immediate consequence in reception?

How does signal amplification in transduction affect the cellular response?

Which scenario best illustrates autocrine signaling in cancer cells?

Why is receptor specificity crucial for preventing misdirected cellular responses?

In a synaptic signaling scenario, what is a key feature that differentiates it from endocrine signaling?

Which stage directly follows ligand binding in the signaling cascade?

Propose a reason why cells would terminate a signal promptly after receiving it.

Which combination best represents the three stages of signaling in order?

If a cell lacks the specific receptor for a ligand, what is the fate of the signal?

How could feedback inhibition regulate a signaling pathway?