are bones safe from space

Slides:



Advertisements
Similar presentations
Building Muscular Strength and Endurance
Advertisements

MUSCULAR STRENGTH AND ENDURANCE HEALTH-RELATED FITNESS COMPONENTS.
Exercise and Bones Copyright PEER.tamu.edu.
Fitness and Nutrition Presented by Lifestyle Fitness.
1© Manhattan Press (H.K.) Ltd. 6.5 Satellite system of the earth Orbital motion of satellite Orbital motion of satellite Synchronous satellite and parking.
Does your cardio respiratory system function at the necessary level you need for your daily activities?
Osteoporosis What is osteoporosis? Osteoporosis is a condition of reduced bone density with increased susceptibility to fractures. The causes of osteoporosis.
Exercise. Monica V. Trevathan Education Specialist Human Health and Performance Johnson Space Center - NASA June 2, 2005 William E. Amonette, M.A., CSCS.
Chapter 3 Study guide.
JOCELYNE MARTINEZ Osteoporosis. OSTEOPOROSIS – CAUSES BONES TO BECOME WEAK AND BRITTLE. What is it ?
With sufficient amounts of calcium in the body nerve responses are much better. As calcium decrease nerve function can be altered. If the body does not.
COSTS AND HAZARDS OF SPACE EXPLORATION. COSTS AND HAZARDS  Hazards of travelling to and from space  Exposure to damage from intense solar radiation.
A Public Health Threat: Osteoporosis One in every 3 women and 1 in every 12 men will suffer a fracture due to osteoporosis sometime during their lives.
How will strength training have an impact on your growth? By working out for lacrosse it will not stunt your growth. Strong adolescents someone who could.
Space unit Life in Space.
Space Foundation. Environmental Challenges  Not long ago, some people doubted whether any living thing, much less a human, could even survive a journey.
Gravity. Gravity A force of attraction between objects that is due to their masses. A force of attraction between objects that is due to their masses.
Course Objectives Demonstrate proficiency in complex motor skills (i.e. various weight-lifting techniques) Develop an individualized fitness program using.
How will strength training have an impact on your growth? By working out for lacrosse it will not stunt your growth. Strong adolescents someone who could.
Calcium and Osteoporosis How does a lack of calcium affect the bones?
What is it? When is it? Where is it? Why? You will see an improvement in athletic performance. Athletes will be leaner. (Stronger with less body fat)
Skeletal and Muscular System
Bones are alive Living bones: Form Grow Repair Remodel
Physical Activity Mr. DiCicco. Physical Activity Any form of movement that causes your body to use energy Walking to school Playing sports Cleaning/ yard.
BALANCE & STABILITY. Balance & Stability Balance: The ability of the body or an object to maintain equilibrium (no change of speed or direction) Stability:
Gravity: A Force of Attraction Chapter 19 Matter in Motion Section 4.
Living in Space By: Stephanie Nation. Body An astronaut’s body works differently without gravity. Their inner ears will send confusing signals Their inner.
Your Body in Space Created by: Janelle Tarchinski.
An eating disorder caused by a great fear of gaining weight. By: Rhonda Barlow-Glynn County.
Bones Quiz #1 . Bones Quiz #2  Bones Quiz #3 
Osteoporosis Bone Health.
Osteoporosis Risk Factors... Are You at Risk? Osteoporosis is a disease that leads to decreased bone density and leaves the bones weak and easily fractured.
Physics Photo Project. Newton’s 1 st Law The seatbelts in this rollercoaster keep Jack and Reed inside the car as it speeds down the track and comes to.
BONES PART 5 Jim, Tyler and Matt DR. T. Overview Affects levels of bones Bones effects exercise Current Issues/ Hot Topics.
“Don’t make me read, make me understand “
Cardio-respiratory Endurance: Assessment and Prescription
CRCT Preparation.
Miss Sauer’s 7th Grade Science
Bones in space by Mawson Lakes School
The Skeletal System - Joints
Gravity: A Force of Attraction
What is gravity and how does it work?
What is a force? What is friction?
Gravity & Orbits An abridged version….
Independent or Dependent?
REFLEXES IN INFANCY.
Space Shuttle
KEEPING YOUR BONES HEALTHY AND AVOIDING FRACTURES
Homeostasis Review Game
DIETS Diet– what you eat Dieting—any attempt to lose weight
Free Fall, Forces, and Newton
BIOMECHANICS – FLUID MECHANICS
GRAVITY Chapter 12.2.
Functions of the Musculoskeletal System and Bone Structure
Manned Space Exploration
DIETS Diet– what you eat Dieting—any attempt to lose weight
Mass vs Weight What’s the Difference?.
Functions of the Musculoskeletal System and Bone Structure
Materials Egg Styrofoam cup Cupcake Shell shapes (ice cream cones)
Fall Semester Test Review TEK 6.11
A trip to Mars.
PERSONAL FITNESS LESSON #7
Gravity: A Force and Motion
Strength Training for Everybody
Essential Question: How do mass and distance affect the gravitational pull of an object? Standard: S8P5a. Recognize that every object exerts gravitational.
Osteoporosis and Bone Health
Other Vital Signs.
A Weighty Matter Designing a Way to Minimize the Loss of Bone Density Experienced by Individuals Living in Low Gravity Environments.
Air Resistance and Terminal Velocity
The Water Cycle.
Presentation transcript:

are bones safe from space by: Zach Allred

issue Is being in space damaging our bones?

Governing body The governing body that I AM PRESENTING TO IS N.A.S.A. And the person I am presenting to is the president of n.a.s.a. which is Charles BOLDEN

Research facts  Changes to bone are particularly noticeable because they affect an astronaut's ability to move and walk upon return to Earth's gravity. Over time, while the Astronaut is in space, calcium that is normally stored in the bones is broken down and released into the bloodstream. The more calcium in an astronaut's bloodstream means that there is less in his bones decrease in bone density, or bone mass.  This drop in the density of bones, known as disuse osteoporosis, leaves bone weak and less able to support the body's weight and movement upon return to Earth The most severe loss occurs between the second and fifth months in space and Extended stays in space have resulted in losses of bone mass of as much as 20%

Call to action I propose that N.a.s.a. should try to simulate gravity in space so the astronauts will not lose as much bone mass. The Astronauts while in space should be daily lifting weights and be putting pressure on there bones

Works cited Shelley Canright, bones in space, 2009, 1 HTTPS://www.nasa.gov/audience/foreducators/postsecondary/features/F_Bones_in_Spa ce.html Timothy Gushanas, THe human body in space, 2017, 1 https://www.nasa.gov/hrp/bodyinspace