sugar & spice sports nutrition special edition
DESCRIPTION
A quick preview of the sports nutrition present in foods that we eat.TRANSCRIPT
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Jared Abubo Gillian Chan Vannah Cruz Nicole Lim Ram Talabong
Carbohydrates: Needed for Athlete’s Feat
Fats: Most underrated nutrient of all
Proteins: Overrated nutrient at its finest
Vitamins: If you want to count from 1 to 3. You've
got to have the vitamins from A to Z
Minerals: No periodic table can tell you how
important you need these
Water: A fluid that matters
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Sugar and Spice
Team
Sports Nutrition Special Edition
The Sugar & Spice Magazine
(Sports Nutrition Special Edition) is
published once in a blue moon by
the PE 101 Section D – Group 1
under the supervision of Prof.
Amelia Bonoan. The purpose of
this Magazine is to redefine the
world of food as well as the general
perception of food. Also, it aims to
inform the readers of this magazine
about the diverse functions and
range of intakes of food nutrition.
Articles in this publication may be
reprinted provided due
acknowledgement is given. All
communications should be
addresses to the Editor at Blk 2 Lot
3 and 4 Las Palmas Ville,
Novaliches, Quezon City,
Philippines. Cellphone Numbers:
09332295858 and 09175605280
Taze Jared Abubo Editor-in-Chief and Layout Artist
Ram Talabong Managing Editor and Design
Executive Editor
Gillian Roy Chan Associate Editor
Nicole Lim Graphics and Photographs
Vannah Cruz Section Editor
About the cover
Various foods that yield important
sports nutrition needed by the
body in order to maintain and
sustain life.
Short Description of Writers
“I smile in relation to the value
of Pi” – Taze Jared Abubo
“Living Slowly and Unsurely” –
Ram Talabong
“I forgot.” – Gillian Roy Chan
“Indescribable aesthetically
pleasing being.” – Nicole Lim
“Definitely, for who I am to
you.” – Vannah Cruz
Table of Contents
Carbohydrates
Fats
Proteins
Vitamins
Minerals
Water
Page 3
Page 4
Page 5
Pages 6-7
Pages 8-9
Page 10
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One gram of carbohy-drates contains 4 calories.
The word "carbohydrate" comes from "carbo-" meaning carbon and “hydrate” which means formed with water.
Carbohydrate breaks down into glucose which goes into your bloodstream.
As the sugar level rises, the body releases – Insulin that is needed to move the sugar from the blood into the cells
Blood sugar is stored as Glycogen, which is the energy source of the body for exercise, in muscles and liver
Written by Vannah Cruz
Carbohydrates are one of the main dietary components and a part of macro nutrition. This category of foods
includes sugars, starches, and fiber.
Function
The primary function of
carbohydrates is to provide
energy for the body, especially
the brain and the nervous
system. An enzyme called
amylase helps break down
carbohydrates into glucose
(blood sugar), which is used for
energy by the body.
Types of Carbohydrates
Carbohydrates are classified as
simple or complex. The
classification depends on the
chemical structure of the food,
and how quickly the sugar is
digested and absorbed. Simple
carbohydrates have one
(single) or two (double) sugars.
Complex carbohydrates have
three or more sugars.
The first type is the simple
carbohydrates / sugars. It is
composed of one or two units
of sugar which can be found in
both natural and refined forms.
Natural sugars are readily
available because they are
found in fruit and vegetables.
Refined sugars are also
abundant found in honey,
jams, breads, and even in
pizza. Also, these types of
carbohydrate are being
absorbed and converted to
energy very quickly and
provide a rapid source of
energy.
The second one is the complex
carbohydrates / sugars which
has more than two units of
sugars linked together. These
are the starchy foods that also
come in natural and refined
forms. Natural forms include
beans, rice, nuts, root
vegetables, and wholegrain
products. Refined foods are
enriched white flour products,
sugary cereals, and desserts. It
takes a bit longer to be
digested and absorbed into
the body.
Food Sources
Noodles, rice, pasta, pizza,
bread, breakfast cereal, cake
or muffin, lentils, potatoes,
baked beans, corn, hot chips,
sandwich, scones, bread
roll/hotdog/hamburger, fresh
fruits, tinned fruits, dried fruits,
orange juice, plain / sweet /
savory biscuits and milk/dairy.
Recommendation
Most people should get
between 40% and 60% of total
calories from carbohydrates,
preferably from complex
carbohydrates (starches) and
natural sugars. Complex
carbohydrates provide
calories, vitamins, minerals, and
fiber.
Foods that are high in
processed, refined simple
sugars provide calories, but
very little nutrition. It is wise to
limit these sugars.
References
Farrell JJ. Digestion and absorption of
nutrients and vitamins. In: Feldman M,
Friedman LS, Brandt LJ, eds.
Sleisenger&Fordtran’s Gastrointestinal
and Liver Disease. 9th ed. Philadelphia,
Pa: Saunders Elsevier; 2010:chap 100.
Dietary Guidelines for Americans 2010.
7th ed. Rockville, MD: United States
Department of Health and Human
Services and United States Department
of Agriculture; 2010.
Carbohydrates The most important source of energy for athletes.
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Nutrition labels on food packaging [with a total fat per 100g] can help you to reduce the amount of fat you eat: High-fat foods: More than 17.5g Low-fat foods: Less than 3g
Fats
Written by Nicole Lim
A fat is a type of nutrient that gives energy and helps body to absorb vitamins and it has a major role in
cholesterol levels.
Function
Fats provide a source of
concentrated energy as well
as the fat-soluble vitamins A, D,
E and K. Fat transports these
vital nutrients around the body.
We also need fat for hormone
metabolism, healthy skin and
hair, tissue repair, protecting
the internal organs and to
prevent excessive loss of body
heat.
Fat is essential to your health
because it supports a number
of your body's functions. Some
vitamins, like what was stated
above, for instance, must have
fat to dissolve and nourish your
body. There are two main
types of fat: unsaturated and
saturated.
Unsaturated Fat
Unsaturated fats are generally
liquid at room temperature.
They come from vegetable
sources and are also found in
oily fish and in soft margarines
labeled 'high in polyunsa-
turates'. Unsaturated fats
contain essential fatty acids
that cannot be manufactured
by the body. This means you
need to get them from
food.Good sources of
unsaturated fats include
avocados, unsalted nuts
(cashew, brazil, pecan, walnut)
and seeds (pumpkin, sunflower,
sesame).
Omega-3 and omega-6
essential fatty acids play an
important role in the functions
of the body that promote
health and wellbeing. In
particular, studies have shown
that omega-3 fatty acids
protect against heart disease.
Oily fish is the best source of
omega-3 such as salmon, tuna,
trout, sardines, mackerel,
pilchards, and herring.
Saturated Fats
Excessive amounts of fat are
found in saturated animal fats
and trans-fatty acids. These
types of fat raise cholesterol
levels and increase your risk of
many chronic diseases, such as
heart disease, stroke and
certain cancers.
Saturated fats are solid at room
temperature and are found
mainly in the animal and dairy
products such as meat, butter,
cream, cheese, eggs, lard, full
fat milk, suet and dripping, and
full fat yoghurt.
Trans Fat
This is a type of fat that occurs
naturally in some foods,
especially foods from animals.
But most Trans-fats are made
during food processing through
partial hydrogenation of
unsaturated fats. This process
creates fats that are easier to
cook with and less likely to spoil
than are naturally occurring
oils.
These Trans-fats are called
industrial or synthetic trans-fats.
Research studies show that
synthetic trans-fat can increase
unhealthy LDL cholesterol and
lower healthy high-density
lipoprotein (HDL) cholesterol.
This can increase your risk of
cardiovascular disease.
Recommendations
Fats are useful in our diet but it
should be limited to a certain
amount as such, take what
needs to be taken and
exercise caution when eating
fatty foods.
References
Fat: the facts - Live Well - NHS Choices.
(2013, June 19). NHS Choices - Your
health, your choices. Retrieved August
24, 2013, from http://www.nhs.uk/
Livewell/Goodfood/Pages/Fats.aspx
Fats A natural oily or greasy substance occurring in animal bodies, esp.
when deposited as a layer under the skin or around certain organs.
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Written by Gillian Roy Chan
Proteins are the building blocks of life. The body needs protein to repair and maintain itself. The basic structure
of protein is a chain of amino acids.
Proteins are part of every cell,
tissue, and organ in our bodies.
These body proteins are
constantly being broken down
and replaced. The protein in
the foods we eat is digested
into amino acids that are later
used to replace these proteins
in our bodies.
Function
Every cell in the human body
contains protein. It is a major
part of the skin, muscles,
organs, and glands. Protein is
also found in all enzymes
present in our bodily fluids
You need protein in your diet
to help your body repair cells
and make new ones. Protein is
also important for growth and
development during child-
hood, adolescence, and
pregnancy.
Types of Amino Acids
Proteins are made up of amino
acids. Think of amino acids as
the building blocks. There are
20 different amino acids that
join together to make all types
of protein. Some of these
amino acids can't be made by
our bodies, so these are known
as essential amino acids. It's
essential that our diet provide
these.
Essential Amino Acids
Can only be found in other
kinds of meats, it cannot be
produced by the body. This is
where most protein
deficiencies stem from. This
includes: Histidine, Isoleucine,
Leucine, Lysine, Methionine,
Phenylalanine, Threonine,
Tryptophan, and Valine
Non-Essential Amino Acids
As the name states, it is non-
essential. It does not need to
be consumed by the body,
since the body can make
these. These includes: Alanine,
Arginine, Aspartic Acid,
Cysteine, Glutamic Acid,
Glutamine, Glycine, Proline,
Serine, Tyrosine, Asparagine,
and Selenocine
Food Sources
When proteins are digested,
amino acids are left. The
human body needs a number
of amino acids to break down
food. Amino acids need to be
eaten in large enough
amounts for optimal health.
Amino acids are found in two
separate sources. The first one
is animal sources such as
meats, milk, fish, and eggs.
While the second one is the
plant sources such as soy,
beans, legumes, nut butters,
and some grains (such as
wheat germ). You do not need
to eat animal products to get
all the protein you need in your
diet
Recommendations
A nutritionally balanced diet
provides enough protein.
Healthy people rarely need
protein supplements. Vegeta-
rians are able to get enough
essential amino by eating a
variety of plant proteins.
The amount of recommended
daily protein depends upon
your age and health. Two to
three servings of protein-rich
food will meet the daily needs
of most adults.
References
Nutrition for Everyone: Basics: Protein |
DNPAO | CDC. (n.d.). Centers for
Disease Control and Prevention.
Retrieved August 24, 2013, from
http://www.cdc.gov/nutrition/everyon
e/basics/protein.html
Protein in diet: MedlinePlus Medical
Encyclopedia. (n.d.). National Library
of Medicine - National Institutes of
Health. Retrieved August 24, 2013, from
http://www.nlm.nih.gov/medlineplus/e
ncy/article/002467.htm
Protein Any of a class of nitrogenous organic compounds that consist of
large molecules composed of one or more long chains of amino
acids and is an essential part of all living organisms.
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Written by Ram Talabong
Vitamins are organic compounds which are needed in small quantities to sustain life.
We get vitamins from food,
because the human body
either does not produce
enough of them, or none at all.
An organic compound
contains carbon. When an
organism (living thing) cannot
produce enough of an organic
chemical compound that it
needs in tiny amounts, and has
to get it from food, it is called a
vitamin.
Lack of intake of any vitamin
may result to a myriad of
health deficiencies and
diseases. There are currently 13
recognized vitamins which are
divided in to groups: Fat-
Soluble and Water-Soluble
Vitamins
Types of Vitamins
Fat-soluble vitamins are stored
in the fat tissues of our bodies,
as well as the liver. Fat-soluble
vitamins are easier to store
than water-soluble ones, and
can stay in the body as
reserves for days, some of them
for months. Water-soluble
vitamins do not get stored in
the body for long - they soon
get expelled through urine.
Water-soluble vitamins need to
be replaced more often than
fat-soluble ones. Vitamins A, D,
E and K are fat-soluble while,
Vitamins C and all the B
vitamins are water-soluble.
Vitamin A is an antioxidant.
Antioxidants are substances that
may protect your cells against
the effects of free radicals. Free
radicals are molecules produced
when your body breaks down
food, or by environmental
exposures like tobacco smoke
and radiation. Vitamin A also
plays a role in our Vision, Bone
growth, Reproduction, Cell
functions, and Immune system
Vitamin A can come from plant
or animal sources. Plant sources
include colorful fruits and
vegetables. Animal sources
include liver and whole milk.
Vitamin A is also added to foods
like cereals.
Vitamins An organic compound required by an organism as a vital nutrient in
limited amounts.
Vitamin A
The B vitamins includes B1
(thiamine), B2 (riboflavin), B3
(niacin), B5 (pantothenic acid),
B6, B7 (biotin), and B12. These
vitamins help the process your
body uses to get or make energy
from the food you eat. They also
help form red blood cells. You
can get B vitamins from proteins
such as fish, poultry, meat, eggs,
and dairy products. Leafy green
vegetables, beans, and peas also
have B vitamins. Many cereals
and some breads have added B
vitamins.
Vitamin B’s
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References:
What Are Vitamins? What Vitamins Do I
Need?. (n.d.). Medical News Today:
Health News. Retrieved August 24,
2013, from http://www.medicalne
wstoday.com/articles/195878.php
Vitamins and minerals - NHS Choices.
(n.d.). NHS Choices - Your health, your
choices. Retrieved August 24, 2013,
from http://www.nhs.uk/Conditions/
vitamins-minerals/Pages/vitamins-
minerals.aspx
Vitamin C is an antioxidant.
Antioxidants are substances that
may protect your cells against
the effects of free radicals. Free
radicals are molecules produced
when your body breaks down
food, or by environmental
exposures like tobacco smoke
and radiation. Vitamin C is
important for your skin, bones,
and connective tissue. It
promotes healing and helps the
body absorb iron.
Vitamin C comes from fruits and
vegetables. Good sources
include citrus, red and green
peppers, tomatoes, broccoli, and
greens. Some juices and cereals
have added vitamin C.
Vitamin C
Vitamin D helps your body absorb
calcium, which your bones need
to grow. A lack of vitamin D can
lead to bone diseases such
as osteoporosis or rickets. Vitamin
D also has a role in your nerve,
muscle, and immune systems.
You can get vitamin D in three
ways: through your skin, from your
diet, and from supplements. Your
body forms Vitamin D naturally
after exposure to sunlight.
However, too much sun exposure
can lead to skin aging and skin
cancer. So many people try to
get their vitamin D from other
sources.
Vitamin D
Vitamin E is an antioxidant.
Antioxidants are substances that
may protect your cells against
the effects of free radicals. Free
radicals are molecules produced
when your body breaks down
food, or by environmental
exposures like tobacco smoke
and radiation. Vitamin E also
plays a role in your immune
system and metabolic processes.
Good sources of vitamin E are
vegetable oils, margarine, nuts,
seeds, and leafy greens. Vitamin
E is also added to foods like
cereals. Most people get enough
vitamin E from the foods they eat.
Vitamin E supplements may be
harmful for people who take
blood thinners and other
medicines.
Vitamin E Vitamin K helps your body by
making proteins for healthy bones
and tissues. It also makes proteins
for blood clotting. If you don't
have enough vitamin K, you
may bleed too much.
Newborns have very little vitamin
K. They usually get a shot of
vitamin K soon after they are
born.
Vitamin K
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Written by Taze Jared Abubo
These are the chemical elements required by living organisms, other than the four elements carbon,
hydrogen, nitrogen, and oxygen present in common organic molecules
Minerals are important for your
body to stay healthy. Your
body uses minerals for many
different jobs, including
building bones, making
hormones and regulating your
heartbeat.
There are two kinds of minerals:
macrominerals or the quantity
minerals and trace minerals.
Macrominerals are minerals
your body needs in larger
amounts. They include cal-
cium, phosphorus, magne-
sium, sodium, potassium, chlo-
ride and sulfur. Your body
needs just small amounts of
trace minerals. These include
iron, zinc, iodine, manganese,
copper, cobalt, fluoride and
selenium.
The best way to get the
minerals your body needs is by
eating a wide variety of foods.
In some cases, your doctor
may recommend a mineral
supplement.
Here is a list of Essential Minerals needed by the body:
Calcium
Description: Quantity
RDA/AI: 1300 mg
Function: Important for growth,
maintenance and repair of bone tissue,
maintenance of blood calcium levels,
regulation of muscle contraction, nerve
conduction, and normal blood clotting.
Dietary Sources: Dairy products, eggs,
canned fish with bones (Salmon,
Sardines), green leafy vegetables, nuts,
seeds, tofu, and oregano
Insufficiency: Hypocalcaemia; Menstrual
Dysfunction
Excess: Hypercalcaemia
Minerals These are the chemical elements required by living organisms, other
than the four elements carbon, hydrogen, nitrogen, and oxygen
present in common organic molecules.
Potassium
Description: Quantity
RDA/AI: 4700 mg
Function: A systematic electrolyte and is
essential in co-regulating ATP with sodium
Dietary Sources: Legumes, potato skin,
tomatoes, bananas, papayas, lentils, dry
beans, whole grains, avocadoes,
soybeans, spinach, and sweet potato.
Insufficiency: Hypokalemia
Excess: Hyperkalemia
Phosphorus
Description: Quantity
RDA/AI: 1250 mg
Function: A component of bones, cells, in
energy processing and many other
functions.
Dietary Sources: Red meat, dairy foods,
fish, poultry, bread, rice, and oats
Insufficiency: Hypophosphatemia
Excess: Hyperphosphatemia
Sulfur
Description: Quantity
RDA/AI: None
Function: Used to detoxify the body,
assist the immune system and fight the
effects of aging, as well as age related
illnesses such as arthritis
Dietary Sources: Beans, nuts, seeds, dairy,
fish and meat
Insufficiency: Sulfur Deficiency
Excess: Triggers Alzheimer’s disease
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References
Minerals: MedlinePlus. (n.d.). National
Library of Medicine - National Institutes
of Health. Retrieved August 24, 2013,
from http://www.nlm.nih.gov
/medlineplus/minerals.html
Vitamins and Minerals: Good Food
Sources. (n.d.). WebMD - Better
information. Better health.. Retrieved
August 24, 2013, from http://www.
webmd.com/food-recipes/guide/
vitamins-and-minerals-good-food-
sources
Iron
Description: Trace
RDA/AI: 18 mg
Function: Required for many proteins and
enzymes, notably hemoglobin to prevent
anemia
Dietary Sources: Red meat, fish, grains,
dry beans, eggs, spinach, parsley, lentils,
tofu, leafy green vegetables, and shrimp
Insufficiency: Anemia
Excess: Iron Overload Disorder
Zinc
Description: Trace
RDA/AI: 11 mg for men,
8 mg for women
Function: Plays a role in growth, building
and repair of muscle tissue, energy
production, and immune status
Dietary Sources: Calf liver, eggs, dry
beans, mushrooms, spinach, asparagus,
scallops, red meat, green peas, and oats
Insufficiency: Zinc deficiency
Excess: Zinc toxicity
Magnesium
Description: Quantity
RDA/AI: 420 mg for men,
320 mg for women
Function: Plays a variety of roles in
cellular metabolism (glycolysis, fat, and
protein metabolism) and regulates
membrane stability and neuromuscular,
cardiovascular, immune, and hormonal
functions.
Dietary Sources: Raw nuts, soy beans,
cocoa mass, spinach, chard, sea
vegetables, tomatoes, halibut, beans,
ginger, cloves
Insufficiency: Hypomagnesemia
(Magnesium Deficiency)
Excess: Hypermagnesemia
Sodium
Description: Quantity
RDA/AI: 1500 mg
Function: A systematic electrolyte and is
essential in co-regulating ATP with
potassium
Dietary Sources: Table Salt, Sea
Vegetables, Milk, and Spinach
Insufficiency: Hyponatremia
Excess: Hypernatremia
10
Written by Taze Jared Abubo
Water makes up more than two-thirds of the weight of the human body.
Without water, humans would
die in a few days. All the cells
and organs need water to
function. Water serves as a
lubricant. It makes up saliva
and the fluids surrounding the
joints. Water regulates the
body temperature through
perspiration. It also helps
prevent and relieve consti-
pation by moving food through
the intestines.
Importance of Water
Water maintains the health
and integrity of every cell in the
body. It also keeps the
bloodstream liquid enough to
flow through blood vessels
Water also helps to eliminate
the by-products of the body’s
metabolism, excess electrolytes
(for example, sodium and
potassium), and urea, which is
a waste product formed
through the processing of
dietary protein. It also regulates
body temperature through
sweating.
Furthermore, it moistens
mucous membranes such as
those of the lungs and mouth
and it also lubricates and
cushions joints. Water aids
digestion and prevent
constipation. It also moisturize
the skin to maintain its texture
and appearance.
Recommendation
Although there is no research
to identify the exact amount of
water you should drink, experts
usually recommend drinking six
to eight 8-ounce glasses of
water daily.
Inadequacy
Not drinking enough water can
increase the risk of kidney
stones and, in women, urinary
tract infections. There is also
limited evidence to suggest an
increased risk for some
cancers, including bladder
cancer and colon cancer. It
can also lower your physical
and mental performance, and
salivary gland function, and
lead to dehydration.
Excessively Use of Water
Drinking too much water can
also damage the body and
cause hyponatraemia (water
intoxication). Hyponatraemia is
rare in the general population.
Hyponatraemia occurs when
sodium in the blood drops to a
dangerously low level. Sodium
is needed in muscle
contraction and for sending
nerve impulses.
If large amounts of plain water
are consumed in a short period
of time, the kidneys cannot
excrete enough fluid.
Hyponatraemia can lead to
headaches, blurred vision,
cramps (and eventually
convulsions), swelling of the
brain, coma and possibly
death.
Water and Sports Performance
Fluid needs of athletes during
training and competition vary
greatly depending on many
factors. As a general
suggestion, athletes are
advised to drink 500 ml of
water two hours before an
event and 300 to 500 ml every
30 minutes during the event
(depending on individual thirst,
surrounding temperature and
exercise intensity).
For smaller athletes exercising
in mild conditions, less fluid may
be needed. Well-trained
athletes competing at high
intensities in warm conditions
may prefer more fluid. A
maximum of 1,500 ml of fluid
per hour is advised to avoid
hyponatraemia.
References:
Water in Diet Nutrition - Nutrition,
Function, Side Effects - NY Times Health
Information . (n.d.). Health News - The
New York Times. Retrieved August 24,
2013, from http://health.nytimes.com
/health/guides/nutrition/water-in-
diet/overview.html
Water The universal solvent and a vital nutrient for the human body to
function.
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