FileTitleManuscript Id
Cell Membranes and Signalinghillis2e_ch05_1.html532b64fb757a2ea327000001
DLAP questionshillis2e_ch05_1_dlap.xml532b64fb757a2ea327000001
Concept 5.1: Biological Membranes Have a Common Structure and Are Fluidhillis2e_ch05_2.html532b64fb757a2ea327000001
DLAP questionshillis2e_ch05_2_dlap.xml532b64fb757a2ea327000001
Concept 5.2: Passive Transport across Membranes Requires No Input of Energyhillis2e_ch05_3.html532b64fb757a2ea327000001
DLAP questionshillis2e_ch05_3_dlap.xml532b64fb757a2ea327000001
Concept 5.3: Active Transport Moves Solutes against Their Concentration Gradientshillis2e_ch05_4.html532b64fb757a2ea327000001
DLAP questionshillis2e_ch05_4_dlap.xml532b64fb757a2ea327000001
Concept 5.4: Large Molecules Cross Membranes via Vesicleshillis2e_ch05_5.html532b64fb757a2ea327000001
DLAP questionshillis2e_ch05_5_dlap.xml532b64fb757a2ea327000001
Concept 5.5: The Membrane Plays a Key Role in a Cell’s Response to Environmental Signalshillis2e_ch05_6.html532b64fb757a2ea327000001
DLAP questionshillis2e_ch05_6_dlap.xml532b64fb757a2ea327000001
Concept 5.6: Signal Transduction Allows the Cell to Respond to Its Environmenthillis2e_ch05_7.html532b64fb757a2ea327000001
DLAP questionshillis2e_ch05_7_dlap.xml532b64fb757a2ea327000001
Summaryhillis2e_ch05_8.html532b64fb757a2ea327000001
DLAP questionshillis2e_ch05_8_dlap.xml532b64fb757a2ea327000001