Glucose in the Blood By: Paul.B, Carl.B, Joseph.G, Ace.C, Joshua.C.

Slides:



Advertisements
Similar presentations
Glucose regulation HBS3A. Blood glucose Sugar travels in the blood as g_________, and is stored in liver and muscle as g__________. Glucose is important.
Advertisements

Blood Glucose Quiz. Which organ monitors blood glucose levels? A Kidney A Kidney B Liver B Liver C Pancreas C Pancreas D Brain D Brain.
Endocrine System continued.
Identify the chemical signal that is released by glands in the endocrine system Identify the structure that chemical messages bind to in order to initiate.
Homeostasisq Defined as maintenance of a relatively stable internal environment Defined as maintenance of a relatively stable internal environment Homeostasis.
Day Objective: Define homeostasis and its affect on human body systems. Describe the role of the cell membrane in maintaining homeostasis. Warm up: Which.
13.1 The Principles of Feedback Mechanisms 13 Feedback Mechanisms.
Area of interaction: Health and social education MYP unit question: What advantage or disadvantage is it to be warm blooded? Summative assestment: Exposition.
Nerves, Hormones & Homeostasis. Assessment StatementsObj State that the nervous system consists of the central nervous system (CNS) and peripheral.
Control of blood sugar.
By Christine Richardson and Catherine Boynton.  Hormones are chemical messengers  Secreted into the blood by endocrine organs  Chemical substances.
Endocrine System Chemical Control: similar to nervous control, coordinate body processes by transmitting messages from one part of the body to another.
HOMEOSTASIS A state of balance in the body. Homeostasis is the maintenance of a steady state in the body despite changes in the external environment The.
How is blood glucose regulated by negative feedback regulation? By hormones Made by endocrine gland- Pancreas.
* When we eat food, especially carbohydrates, the body converts that food into the preferred source of cellular energy, glucose.
Responses of Cells to Environmental Influences By Kari Edge.
The control of blood sugar 1. Blood sugar levels are higher than normal after a meal is digested. 2.
Aim: How does the Endocrine System work in our body?
By, Shakree Gibson. Location The pancreas is located deep in the abdomen, between the stomach and the spine. It lies partially behind the stomach. The.
Some diabetics inject insulin after a meal. Diabetics may carry a blood monitor to test the amount of glucose in the blood. Diabetics are recommended to.
What is meant by tolerable limits Mechanisms never allow it to go too high or too low What two ways does an animal have of communicating a response? Hormones.
Diabetes. PANCREAS Regulates blood sugar levels and glucose metabolism Secretes 2 hormones Insulin-allows blood sugar (glucose) to be taken out of the.
Maintain Homeostasis How hard does your body work to maintain blood sugar concentration?
Interactions Among Systems Organ systems coordinate with other organ systems Examples: – Respiration: Circulatory and Respiratory systems – Vitamin D Production.
Ch.21.3 Endocrine System Chemical Control: similar to nervous control, coordinate body processes by transmitting messages from one part of the body to.
Describe one way your body maintains homeostasis. Put page 1 of your homework packet out on your desk!
Each arrow in the diagram represents a different hormone released by the pituitary gland, which then stimulates another gland as indicated. All structures.
Aim How does diabetes lead to a failure of homeostasis?
temperature, blood pH, blood glucose, blood calcium, fluid balance
Hormones & Homeostasis Homeostasis –maintaining internal balance in the body organism must keep internal conditions stable even if environment changes.
Chapter 39 Endocrine System Section Endocrine System Function: To communicate and coordinate body systems with chemical messengers delivered through.
AP Biology Endocrine System Hormones Reproduction.
Homeostasis Unit 5 Sophie Bevan. Objectives Outline the assignment requirements for M3 Explain the homeostatic mechanisms for blood glucose regulations.
LT- Today, we will analyze how feedback mechanisms (loops) help to maintain homeostasis by applying our understanding to how glucose levels are controlled.
Biological Feedback Systems
 Glands release products  Products (hormones) broadcast information throughout body  Slower response(than nervous system) but lasts longer.
Blood Sugar Regulation. Remember me!? Why does your body need this molecule? How is it used?
Receptor Proteins- A receptor is a protein molecule that receives chemical signals from outside the cell. When such chemical signals bind to a receptor,
Section 3: Feedback Mechanisms
What is Microvascular Disease?
Homeostasis Feedback Loops.
Endocrine System The endocrine system is a system of glands, each of which secretes hormones into the blood stream to regulate the body.
Homeo-stasis Year 11 Homeostasis Revision activity
What do you think of when you hear the term “homeostasis”?
Human Body Systems and Homeostasis
2.1 what is diabetes By Christian Noelker.
EXCRETION HOMEOSTASIS.
Homeostasis
Feedback Loop SET POINT CONTROL CENTER: What sends out a signal?
HOMEOSTASIS How does the body maintain body temperature, blood calcium or glucose levels, or the right amount of water?
How the pancreas controls blood sugar levels
6.6 – Hormones, homeostasis and reproduction
Unit 3: Homeostasis Topic: Glucose Regulation
Endocrine System.
Homeostasis & Feedback Loops
Feedback Mechanisms Negative Feedback.
Section 5b – Hormonal Control & Communication
Blood glucose control mechanisms
Body Systems Interactions:
Feedback loops 12/28/2018.
Section 5b – Hormonal Control & Communication
Aim: How does the Endocrine System work in our body?
Interactions Among Animal Systems (Part One)
2.1 Diagnosing Diabetes Quiz Review.
Warm Up Objective: Scientists will describe the endocrine system by researching to complete a graphic organizer. What is the topic? What will you be.
Body Systems Interactions:
Hormones and Homeostasis
Learning Objective To be able to:
Endocrine System FeedBack models
Presentation transcript:

Glucose in the Blood By: Paul.B, Carl.B, Joseph.G, Ace.C, Joshua.C

Define what the loop is looking at and indicate the normal range Encapsulates the process of maintenance of a balanced body sugar level. The loop outlines the process of Homeostasis with reference to Body Glucose. 1.High blood sugar: an immediate secretion/release of insulin 2.Low Blood Sugar: Stimulates Glucagon and requests for the need of sugars

Normal Range of Body Glucose Blood glucose targets in type 2 diabetes Normal blood glucose levels 4 to 6 or 6 to 8 (mmol/L) 2. Slightly raised blood glucose level 6 to 7 or Up to 11.0 (mmol/L)

Explain what the receptors are and how they work The receptors of the pancreas are responsible for monitoring glucose levels in the blood, since it is important in every cell for respiration. 1.Insulin 2.Glucagon These hormones target the liver, one or the other depending on the glucose concentration

Explain the effectors are and how they work The effectors is the liver. The liver receives a message either indicating low or high glucose levels. * In cases where glucose levels increase, less glucagons and more insulin is released by the pancreas and targets the liver OR * In cases where glucose levels decrease, less insulin and more glucagon is released by the pancreas and targets the liver

Discuss the control centre that sends signal to effectors to initiate change

Video Yc0X0jwhttp:// Yc0X0jw

Responsible for analyzing and summarizing information explaining why this feedback loop is important High blood sugar: an immediate secretion/release of insulin. Low Blood Sugar: Stimulates Glucagons and requests for the need of sugars. Normal blood glucose levels 4 to 6 or 6 to 8 (mmol/L). The receptors of the pancreas are responsible for monitoring glucose levels in the blood, since it is important in every cell for respiration. The effectors is the liver and either releases more glucagons or insulin.