ReViSense.AI
Chapter 99 · Part 1

CHEMICAL COORDINATION AND INTEGRATION

41
Concepts
0
Formulae
19 min
Read time
Intermediate

What this chapter is about

While the neural system provides rapid, point-to-point communication through electrical and chemical signals, the endocrine system provides slower, widespread communication through hormones. Hormonal coordination is slower-acting but longer-lasting, enabling sustained physiological changes and maintaining long-term homeostasis.

The neural and endocrine systems work together to coordinate and regulate physiological functions. Neural signals can stimulate hormone release; hormones can affect neural function. This neuroendocrine integration ensures coordinated responses to internal and external changes.

Learning objectives

  • 1Explain the Endocrine System, Hormones, and Hormonal Regulation
  • 2Explain eNDOCRINE GLANDS AND HORMONES
  • 3Describe the hormones: Definition and Properties
  • 4Explain mECHANISMS OF HORMONE ACTION
  • 5Explain intracellular Receptor Mechanism (Steroid Hormones)
  • 6Explain cell-Surface Receptor Mechanism (Non-steroid Hormones)

Your learning path

Introduction
Understanding the Endocrine System, Hormones, and Hormonal Regulation
1. ENDOCRINE GLANDS AND HORMONES
Hormones: Definition and Properties
2. MECHANISMS OF HORMONE ACTION
Intracellular Receptor Mechanism (Steroid Hormones)
Cell-Surface Receptor Mechanism (Non-steroid Hormones)
Target Cell Specificity
3. THE PITUITARY GLAND AND HYPOTHALAMUS
Summary
Quiz
Revision
Follow the full path

Key terms

EffectsStimulusTargetRegulationStructureDisordersHormonesLocationSynthesisCell typesHormoneGlucoseProteinTimelineGlycogenEstrogen
41Concepts
0Formulae
19Minutes