The document compares the nutritional adequacy of full cream milk (FCM) and growing-up formula (GUF) for children ages 1-3. It finds that FCM is not well-suited due to high protein levels increasing health risks, and deficiencies in important nutrients like omega-3 fatty acids, iron, copper, vitamins D and E. GUF more closely matches the nutritional profile children need for optimal growth and development due to targeted formulations of proteins, fats, carbohydrates, and micronutrients. The conclusion is that GUF is better able to complement a young child's diversified diet compared to FCM.
This document lists various vitamins, minerals, and supplements with their recommended dosages and purposes. It provides information on vitamins A, B, C, D, E, folate, and more. The listed supplements are proposed to help with issues like histamine regulation, blood sugar management, antioxidant support, calming effects, and nutrient absorption among other purposes. Recommendations range from 100-1000 IU or mg doses daily or twice daily depending on the individual supplement.
Exipure reviews does it work know this now before buyingOchoa4
Exipure is a weight loss supplement that claims to help users lose significant weight by increasing levels of brown adipose tissue (BAT) in the body. It contains a blend of eight plant-based ingredients that are said to boost BAT. Taking one capsule daily can purportedly help burn fat and calories faster. While the ingredients may provide some benefits, there is limited research on Exipure's effects or ability to raise BAT levels as claimed. Weight loss would require maintaining a calorie deficit through diet and exercise.
Order 6 Bottles or 3 Bottles
and Get 2 FREE Bonuses!
Before you go to bed tonight, eat 1/2 teaspoon of THIS (before 10pm) and boost your metabolism by over 728%!
Here it is:
==> 1/2 Teaspoon Boosts Metabolism By 728% (Slow Metabolism Loophole)
Skeptical?
I was too, but then I saw the shocking proof for myself.
100% SATISFACTION
180-DAY MONEY BACK GUARANTEE
Your order today is protected by my iron-clad 180-day 100% money-back guarantee. If you are not astonished how fast your deep stubborn fat stores melt away into pure energy or shocked as you admire your new toned slim body in the mirror, then at any time in the next 180 days let us know and we'll refund every single penny of your investment. No questions asked.
Exipure The Tropical Secret For Healthy Weight LossDylan Smith
Scientists Discover The Real Root- Cause Of Your Belly Fat
(Hint Not Diet or Exercise)
Are you struggling to lose weight no matter how much you diet or exercise?
Turns out, it's not your fault.
A 2021 study published in Nature Medicine of 52,000 women and men, the
largest of its kind in humans, found just one common factor in every
overweight man and woman. Low brown adipose tissue levels! They also
found common in every skinny person were high brown adipose tissue
levels.
1
Brown adipose tissue (BAT) also know as brown fat, is not fat at all. Its not
a fat storer but a fat shrinker. Its brown color comes from its densely
packed mitochondria which work 24/7 to burn calories from your fat stores
and the food you eat into pure, natural energy.
Even though BAT makes up a fraction of your weight, it can burn up to 300
times more calories than any other cell in your body!
The document discusses the composition of meat, including that it is made up of water (75%), protein (20%), and fat (up to 5%). It also contains connective tissue like collagen that binds muscle fibers and breaks down with slow cooking. Connective tissues include collagen and elastin. The document also reviews common cooking methods and terms used for different cuts of meat.
The document discusses different types of hybridization including single cross, double cross, three-way cross, and triple cross hybrids. It provides examples of hybrid animals like mules, ligers, and wholphins. Plant hybridization is more common than animal hybridization due to differences in pollination and chromosome doubling. The document notes that hybridization can threaten extinction if a population becomes entirely hybridized, and conservationists disagree on how to manage hybrid and pure populations.
Plant tissue culture involves four main steps: 1) taking an explant from a plant and placing it in a nutrient medium, 2) adding growth hormones like auxins and cytokinins to induce cell division and formation of callus tissue, 3) transferring the callus tissue to another medium where it develops into shoots and roots over several months, and 4) transplanting the developed plantlets to soil where they will grow into new plants. The key advantages of plant tissue culture are regeneration of plants from small pieces of tissue, allowing propagation of plants with superior traits, and preservation of endangered or extinct species.
The document summarizes key discoveries about DNA and genetics. It describes how Griffith's experiments in the 1920s showed that genetic material can transform bacteria. Later work by Avery, MacLeod and McCarty showed this material was DNA. Watson and Crick then deduced DNA's double-helix structure in 1953 using X-ray crystallography data. DNA contains four nucleotides that form base pairs between strands. Its sequence encodes genetic information.
This document lists various vitamins, minerals, and supplements with their recommended dosages and purposes. It provides information on vitamins A, B, C, D, E, folate, and more. The listed supplements are proposed to help with issues like histamine regulation, blood sugar management, antioxidant support, calming effects, and nutrient absorption among other purposes. Recommendations range from 100-1000 IU or mg doses daily or twice daily depending on the individual supplement.
Exipure reviews does it work know this now before buyingOchoa4
Exipure is a weight loss supplement that claims to help users lose significant weight by increasing levels of brown adipose tissue (BAT) in the body. It contains a blend of eight plant-based ingredients that are said to boost BAT. Taking one capsule daily can purportedly help burn fat and calories faster. While the ingredients may provide some benefits, there is limited research on Exipure's effects or ability to raise BAT levels as claimed. Weight loss would require maintaining a calorie deficit through diet and exercise.
Order 6 Bottles or 3 Bottles
and Get 2 FREE Bonuses!
Before you go to bed tonight, eat 1/2 teaspoon of THIS (before 10pm) and boost your metabolism by over 728%!
Here it is:
==> 1/2 Teaspoon Boosts Metabolism By 728% (Slow Metabolism Loophole)
Skeptical?
I was too, but then I saw the shocking proof for myself.
100% SATISFACTION
180-DAY MONEY BACK GUARANTEE
Your order today is protected by my iron-clad 180-day 100% money-back guarantee. If you are not astonished how fast your deep stubborn fat stores melt away into pure energy or shocked as you admire your new toned slim body in the mirror, then at any time in the next 180 days let us know and we'll refund every single penny of your investment. No questions asked.
Exipure The Tropical Secret For Healthy Weight LossDylan Smith
Scientists Discover The Real Root- Cause Of Your Belly Fat
(Hint Not Diet or Exercise)
Are you struggling to lose weight no matter how much you diet or exercise?
Turns out, it's not your fault.
A 2021 study published in Nature Medicine of 52,000 women and men, the
largest of its kind in humans, found just one common factor in every
overweight man and woman. Low brown adipose tissue levels! They also
found common in every skinny person were high brown adipose tissue
levels.
1
Brown adipose tissue (BAT) also know as brown fat, is not fat at all. Its not
a fat storer but a fat shrinker. Its brown color comes from its densely
packed mitochondria which work 24/7 to burn calories from your fat stores
and the food you eat into pure, natural energy.
Even though BAT makes up a fraction of your weight, it can burn up to 300
times more calories than any other cell in your body!
The document discusses the composition of meat, including that it is made up of water (75%), protein (20%), and fat (up to 5%). It also contains connective tissue like collagen that binds muscle fibers and breaks down with slow cooking. Connective tissues include collagen and elastin. The document also reviews common cooking methods and terms used for different cuts of meat.
The document discusses different types of hybridization including single cross, double cross, three-way cross, and triple cross hybrids. It provides examples of hybrid animals like mules, ligers, and wholphins. Plant hybridization is more common than animal hybridization due to differences in pollination and chromosome doubling. The document notes that hybridization can threaten extinction if a population becomes entirely hybridized, and conservationists disagree on how to manage hybrid and pure populations.
Plant tissue culture involves four main steps: 1) taking an explant from a plant and placing it in a nutrient medium, 2) adding growth hormones like auxins and cytokinins to induce cell division and formation of callus tissue, 3) transferring the callus tissue to another medium where it develops into shoots and roots over several months, and 4) transplanting the developed plantlets to soil where they will grow into new plants. The key advantages of plant tissue culture are regeneration of plants from small pieces of tissue, allowing propagation of plants with superior traits, and preservation of endangered or extinct species.
The document summarizes key discoveries about DNA and genetics. It describes how Griffith's experiments in the 1920s showed that genetic material can transform bacteria. Later work by Avery, MacLeod and McCarty showed this material was DNA. Watson and Crick then deduced DNA's double-helix structure in 1953 using X-ray crystallography data. DNA contains four nucleotides that form base pairs between strands. Its sequence encodes genetic information.
The document discusses various concepts in plant breeding and genetics including selection methods, genetic variation and inheritance, gene action, and estimation of genetic parameters. It provides information on selection in self-pollinated and cross-pollinated crops, the pure line theory, bulk and pure line selection methods, genetic variation and inbreeding, gene action and effects, estimation of genetic variance and heritability, and recurrent selection approaches. Examples and equations are given to explain key concepts in plant breeding and population genetics.
This document discusses sex chromosomes and sex determination in humans. It notes that humans normally have 23 pairs of chromosomes, including one pair of sex chromosomes that are XX in females and XY in males. The Y chromosome determines male sex development, while the absence of a Y chromosome allows for female development. Rare conditions like Down syndrome and hermaphroditism are also discussed briefly in terms of their effects on sex chromosomes or development.
This presentation summarizes research on interspecific hybridization between Atlantic salmon and brown trout. The study examined hybridization in rivers in northern Spain where one species colonized areas inhabited by the other. When Atlantic salmon colonized brown trout areas, 5-10% of juveniles were found to be hybrids, with Atlantic salmon as the maternal species. Similarly, when brown trout colonized an area, 5-7% of juveniles were hybrids with brown trout as the maternal species. The research suggests that the colonizing female species exhibits relaxed mate choice, leading to initial hybridization. However, as the colonizing species expands, hybridization decreases or changes direction. Introgression between the species occurs at low levels and is unlikely
Egg composition and processing by monika tambakheMonika Tambakhe
The document provides information about eggs, including their composition, uses, production, and processing into products like dried eggs and egg powders. It notes that eggs are laid by many species and consumed worldwide for their nutrition. The chicken egg is most commonly consumed. Key points covered include the main internal structures of eggs, their protein, nutrient and mineral content, uses of egg components like albumen and yolk in food processing, and methods for pasteurizing and drying eggs into shelf-stable products.
This document discusses gene expression and regulation. It begins by defining key terms like genes, genome, and gene expression. It then explains that organisms adapt to their environment by altering gene expression. There are two main types of gene expression: positive regulation which increases expression, and negative regulation which decreases it. Gene expression is studied in detail in prokaryotes using the lactose operon in E. coli as an example. Gene expression in eukaryotes is more complex due to larger genomes and separation of DNA and protein synthesis by the nuclear membrane.
Milk is a white liquid extracted from the mammary glands of mammals that provides complete nutrition for young mammals. It is composed of water, fat, protein, lactose, vitamins, and minerals. The composition can vary between species and is affected by factors like breed, individual animal, feeding, and stage of lactation. Milk has important physio-chemical properties like acidity, density, freezing point, and flavor due to its components. It provides proteins, minerals, vitamins, fat, lactose, and energy that make it a nutritious and necessary part of a balanced diet.
This document provides an overview of meat including its structure, composition, aging methods, cuts, selection parameters, cooking methods, doneness levels, and storage. It discusses that meat is muscle tissue from animals, composed primarily of water, protein and fat. It also outlines various aging and cutting methods used for meat as well as factors to consider for cooking, doneness and properly storing meat.
Plant structure, growth, and reproduction by Campbell Biology 7th editionMae Canencia
Plants have organs composed of tissues and cells. The three basic plant organs are roots, stems, and leaves. Plants grow through cell division and elongation via apical and lateral meristems. Meristems allow plants to grow continuously, unlike animals. Flowering plants reproduce sexually through flowers containing modified leaves called sepals, petals, stamens, and carpels. Pollination allows fertilization and seed production, completing the plant life cycle.
Sex determination in humans and many other organisms is controlled genetically by sex chromosomes. In humans, females have two X chromosomes (XX) while males have one X and one Y chromosome (XY). The SRY gene on the Y chromosome determines male development. Other common sex determination systems include the XX-XO system in insects where females are XX and males XO, and the ZW-ZZ system in birds where females are ZW and males ZZ. Single genes have also been found to determine sex in some species like Drosophila and maize.
1) Sex in plants refers to the male and female parts in flowers. Sex determination is the process by which plants develop as male or female.
2) There are several mechanisms of sex determination in plants, including environmental factors (temperature, light), chromosomes, and genes.
3) Chromosomal sex determination can involve homomorphic (identical) sex chromosomes or heteromorphic (different sized) sex chromosomes. Many plant species use one of these chromosomal mechanisms to determine sex.
Slaughtering of Animal and Processing of their ProductsKarl Obispo
This document discusses slaughtering of animals and processing of their products. It covers terminology used, the major animal products of meat, milk and eggs. For each product, it describes composition, categories and nutritive value. It also discusses requirements for slaughtering including cleanliness, hygiene, inspection and preservation. The process of ante-mortem and post-mortem inspection is explained as well as management of animals prior to slaughter such as selection, fasting, and relaxing the animals to reduce stress.
Growth and development in plants involves three main processes: cell division (growth), cell enlargement, and cell differentiation (development). Growth leads to an increase in size and mass through these cellular processes. Development refers to the changes plants undergo throughout their lifecycle from germination through maturation and reproduction. Key events include shoot and root development, flowering and fruit production, before senescence. Hormones and environmental factors influence the pathways and rates of growth and development.
The document outlines Brenda Felix's goals of observing a plant's growth process from a seedling and determining the crucial roles of water, light, and temperature. It describes two trials conducted, with the first unsuccessful and the second more successful. Trial 2 data showed correlation between sunlight/darkness exposure and growth. Key environmental factors are analyzed including water transport through roots, nitrogen, transpiration, osmosis, photosynthesis, and translocation. Diagrams illustrate these processes and the role of guard cells in osmosis.
The document summarizes the main plant organs systems. It discusses that the plant body consists of shoot and root systems. The shoot system includes leaves, stems, flowers and fruits and develops above ground, carrying out photosynthesis, reproduction, storage and transport. The root system includes roots and develops underground, providing anchorage, absorption, storage and transport. It then proceeds to describe the main parts and functions of roots, stems, leaves, flowers and fruits in detail.
This document defines meat and poultry, and discusses their composition and structure. It explains that meat refers to animal muscle used for food, with the most common meats coming from cattle, pigs, sheep, and poultry dominated by chicken. Poultry refers to domesticated birds raised for meat, especially chicken but also including turkeys, ducks, and geese. The document then discusses meat consumption trends, livestock per capita consumption in the Philippines, and meat composition varying by species, breed, age, sex, and diet of the animal. It provides details on muscle, connective tissue, and fat structure in meat.
The document provides information on meat and poultry including recommended servings, cuts of beef and pork, types of poultry, safe cooking temperatures, and storage guidelines. It discusses the importance of protein for the body and recommends removing skin from poultry and using cooking methods like broiling or grilling to reduce fat. Grading systems for beef and poultry are explained to indicate quality.
The document discusses meat and poultry, providing information on recommended intake, nutrition, types of meat including beef, pork and sheep, veal, wholesale and retail beef cuts, USDA beef grades, checking doneness, types of poultry including chicken and turkey, poultry nutrition and cuts, USDA poultry grades, cooking methods, and tips for purchasing and storage. The U.S. Dietary Guidelines recommend consuming 5-6 ounces of protein per day, which meat and poultry provide as excellent sources of protein, iron, and B vitamins that support health. Different meats come from various animals and have distinct flavors and textures.
This document provides an overview of milk and milk products. It discusses the composition of milk including water, fat, protein, carbohydrates, vitamins and minerals. It also covers milk flavor, contamination issues, physical properties, nutritive value, and various milk products produced through processes like fermentation, evaporation, homogenization and more. The document concludes with a discussion of common milk products like cream, butter, cheese, yogurt and ice cream.
This presentation on mineral and vitamin nutrition (in sheep and goats) was part of a six part webinar series. It was presented by Dr. Dan Morrical from Iowa State University.
The document discusses the development of a complementary food product using local Bangladeshi ingredients to address childhood malnutrition. It outlines the high rates of stunting and undernutrition in Bangladeshi children under 2 years old. The product was designed to provide key nutrients like iron, zinc, vitamin A and calcium using rice, small fish, orange-fleshed sweet potato and soybean oil. The production process and nutrient composition of the food are presented. Future plans include acceptability trials, expanding distribution through government programs, and modifying the product for other at-risk groups.
The document discusses various concepts in plant breeding and genetics including selection methods, genetic variation and inheritance, gene action, and estimation of genetic parameters. It provides information on selection in self-pollinated and cross-pollinated crops, the pure line theory, bulk and pure line selection methods, genetic variation and inbreeding, gene action and effects, estimation of genetic variance and heritability, and recurrent selection approaches. Examples and equations are given to explain key concepts in plant breeding and population genetics.
This document discusses sex chromosomes and sex determination in humans. It notes that humans normally have 23 pairs of chromosomes, including one pair of sex chromosomes that are XX in females and XY in males. The Y chromosome determines male sex development, while the absence of a Y chromosome allows for female development. Rare conditions like Down syndrome and hermaphroditism are also discussed briefly in terms of their effects on sex chromosomes or development.
This presentation summarizes research on interspecific hybridization between Atlantic salmon and brown trout. The study examined hybridization in rivers in northern Spain where one species colonized areas inhabited by the other. When Atlantic salmon colonized brown trout areas, 5-10% of juveniles were found to be hybrids, with Atlantic salmon as the maternal species. Similarly, when brown trout colonized an area, 5-7% of juveniles were hybrids with brown trout as the maternal species. The research suggests that the colonizing female species exhibits relaxed mate choice, leading to initial hybridization. However, as the colonizing species expands, hybridization decreases or changes direction. Introgression between the species occurs at low levels and is unlikely
Egg composition and processing by monika tambakheMonika Tambakhe
The document provides information about eggs, including their composition, uses, production, and processing into products like dried eggs and egg powders. It notes that eggs are laid by many species and consumed worldwide for their nutrition. The chicken egg is most commonly consumed. Key points covered include the main internal structures of eggs, their protein, nutrient and mineral content, uses of egg components like albumen and yolk in food processing, and methods for pasteurizing and drying eggs into shelf-stable products.
This document discusses gene expression and regulation. It begins by defining key terms like genes, genome, and gene expression. It then explains that organisms adapt to their environment by altering gene expression. There are two main types of gene expression: positive regulation which increases expression, and negative regulation which decreases it. Gene expression is studied in detail in prokaryotes using the lactose operon in E. coli as an example. Gene expression in eukaryotes is more complex due to larger genomes and separation of DNA and protein synthesis by the nuclear membrane.
Milk is a white liquid extracted from the mammary glands of mammals that provides complete nutrition for young mammals. It is composed of water, fat, protein, lactose, vitamins, and minerals. The composition can vary between species and is affected by factors like breed, individual animal, feeding, and stage of lactation. Milk has important physio-chemical properties like acidity, density, freezing point, and flavor due to its components. It provides proteins, minerals, vitamins, fat, lactose, and energy that make it a nutritious and necessary part of a balanced diet.
This document provides an overview of meat including its structure, composition, aging methods, cuts, selection parameters, cooking methods, doneness levels, and storage. It discusses that meat is muscle tissue from animals, composed primarily of water, protein and fat. It also outlines various aging and cutting methods used for meat as well as factors to consider for cooking, doneness and properly storing meat.
Plant structure, growth, and reproduction by Campbell Biology 7th editionMae Canencia
Plants have organs composed of tissues and cells. The three basic plant organs are roots, stems, and leaves. Plants grow through cell division and elongation via apical and lateral meristems. Meristems allow plants to grow continuously, unlike animals. Flowering plants reproduce sexually through flowers containing modified leaves called sepals, petals, stamens, and carpels. Pollination allows fertilization and seed production, completing the plant life cycle.
Sex determination in humans and many other organisms is controlled genetically by sex chromosomes. In humans, females have two X chromosomes (XX) while males have one X and one Y chromosome (XY). The SRY gene on the Y chromosome determines male development. Other common sex determination systems include the XX-XO system in insects where females are XX and males XO, and the ZW-ZZ system in birds where females are ZW and males ZZ. Single genes have also been found to determine sex in some species like Drosophila and maize.
1) Sex in plants refers to the male and female parts in flowers. Sex determination is the process by which plants develop as male or female.
2) There are several mechanisms of sex determination in plants, including environmental factors (temperature, light), chromosomes, and genes.
3) Chromosomal sex determination can involve homomorphic (identical) sex chromosomes or heteromorphic (different sized) sex chromosomes. Many plant species use one of these chromosomal mechanisms to determine sex.
Slaughtering of Animal and Processing of their ProductsKarl Obispo
This document discusses slaughtering of animals and processing of their products. It covers terminology used, the major animal products of meat, milk and eggs. For each product, it describes composition, categories and nutritive value. It also discusses requirements for slaughtering including cleanliness, hygiene, inspection and preservation. The process of ante-mortem and post-mortem inspection is explained as well as management of animals prior to slaughter such as selection, fasting, and relaxing the animals to reduce stress.
Growth and development in plants involves three main processes: cell division (growth), cell enlargement, and cell differentiation (development). Growth leads to an increase in size and mass through these cellular processes. Development refers to the changes plants undergo throughout their lifecycle from germination through maturation and reproduction. Key events include shoot and root development, flowering and fruit production, before senescence. Hormones and environmental factors influence the pathways and rates of growth and development.
The document outlines Brenda Felix's goals of observing a plant's growth process from a seedling and determining the crucial roles of water, light, and temperature. It describes two trials conducted, with the first unsuccessful and the second more successful. Trial 2 data showed correlation between sunlight/darkness exposure and growth. Key environmental factors are analyzed including water transport through roots, nitrogen, transpiration, osmosis, photosynthesis, and translocation. Diagrams illustrate these processes and the role of guard cells in osmosis.
The document summarizes the main plant organs systems. It discusses that the plant body consists of shoot and root systems. The shoot system includes leaves, stems, flowers and fruits and develops above ground, carrying out photosynthesis, reproduction, storage and transport. The root system includes roots and develops underground, providing anchorage, absorption, storage and transport. It then proceeds to describe the main parts and functions of roots, stems, leaves, flowers and fruits in detail.
This document defines meat and poultry, and discusses their composition and structure. It explains that meat refers to animal muscle used for food, with the most common meats coming from cattle, pigs, sheep, and poultry dominated by chicken. Poultry refers to domesticated birds raised for meat, especially chicken but also including turkeys, ducks, and geese. The document then discusses meat consumption trends, livestock per capita consumption in the Philippines, and meat composition varying by species, breed, age, sex, and diet of the animal. It provides details on muscle, connective tissue, and fat structure in meat.
The document provides information on meat and poultry including recommended servings, cuts of beef and pork, types of poultry, safe cooking temperatures, and storage guidelines. It discusses the importance of protein for the body and recommends removing skin from poultry and using cooking methods like broiling or grilling to reduce fat. Grading systems for beef and poultry are explained to indicate quality.
The document discusses meat and poultry, providing information on recommended intake, nutrition, types of meat including beef, pork and sheep, veal, wholesale and retail beef cuts, USDA beef grades, checking doneness, types of poultry including chicken and turkey, poultry nutrition and cuts, USDA poultry grades, cooking methods, and tips for purchasing and storage. The U.S. Dietary Guidelines recommend consuming 5-6 ounces of protein per day, which meat and poultry provide as excellent sources of protein, iron, and B vitamins that support health. Different meats come from various animals and have distinct flavors and textures.
This document provides an overview of milk and milk products. It discusses the composition of milk including water, fat, protein, carbohydrates, vitamins and minerals. It also covers milk flavor, contamination issues, physical properties, nutritive value, and various milk products produced through processes like fermentation, evaporation, homogenization and more. The document concludes with a discussion of common milk products like cream, butter, cheese, yogurt and ice cream.
This presentation on mineral and vitamin nutrition (in sheep and goats) was part of a six part webinar series. It was presented by Dr. Dan Morrical from Iowa State University.
The document discusses the development of a complementary food product using local Bangladeshi ingredients to address childhood malnutrition. It outlines the high rates of stunting and undernutrition in Bangladeshi children under 2 years old. The product was designed to provide key nutrients like iron, zinc, vitamin A and calcium using rice, small fish, orange-fleshed sweet potato and soybean oil. The production process and nutrient composition of the food are presented. Future plans include acceptability trials, expanding distribution through government programs, and modifying the product for other at-risk groups.
The document discusses optimal vitamin D intake for the Hungarian population. It finds that dietary vitamin D intake is significantly lower than recommended levels, with less than 50% of people meeting 70% of the RDA. It recommends increasing vitamin D through limited summer sun exposure, traditional food sources like fish and mushrooms, and fortifying commonly consumed products to boost population-level intake as a public health measure. Food supplements should only be used to treat diagnosed deficiencies.
Using common, nutrient-rich small fish in the development of a complementary ...WorldFish
The document describes the development of a complementary food product in Bangladesh using local nutritious ingredients. The product was designed to address malnutrition challenges by being rich in micronutrients, made from affordable local foods like rice, small fish, and orange-fleshed sweet potato, and having appropriate nutrient levels and shelf stability. An initial acceptability trial is planned along with nutrient analysis and exploration of distribution options through existing health programs or market-based approaches. Future modifications could enhance ingredient quality and expand the product's use for other vulnerable groups.
The document discusses important nutrition considerations during pregnancy. It recommends getting proper nutrition prior to conception to support fetal development during the first few weeks. Key nutrients discussed include folate, iron, calcium, vitamins D and A, omega-3 fatty acids, protein, and carbohydrates. Adequate intake of these nutrients is important for reducing health risks for both mother and baby during pregnancy and development.
This document summarizes a seminar on production problems in dairy animals. It discusses statistics on livestock populations and milk production in India. It notes that feed and fodder availability is a major issue, with demand exceeding supply. Common production problems discussed include low milk yields, calf mortality, ketosis around calving, milk fever, udder edema, grass tetany, and displaced abomasum. Prevention strategies are outlined such as balanced rations, calcium supplementation, and avoiding sudden diet changes around calving. The conclusion emphasizes addressing India's core issue of limited fodder availability to help solve many dairy production problems.
Dog Nutrition
Dr Rahul Dangi
Dog Nutrition
NUTRIENT REQUIREMENTS
The requirements of various nutrients discussed here are Energy, Water, Protein, Carbohydrate, Fat.
Energy
Factors influences on energy requirements
Physiological State
Compared to adult dog, growing puppies require two to four times more energy per kg of body weight. As the puppy approaches adulthood, energy requirement is reduced.
Similarly for reproducing females, energy requirements at the end of gestation and during early lactation is two to four times greater than that of adult maintenance requirements.
Environment
Dogs housed outdoors and exposed to extreme weather have higher caloric requirements. During hot weather, energy needs decrease and less food may be required and during cold weather energy needs increase to maintain body temperature & more food may be required.
Activity
During hard work dogs' energy requirements will be increased above that of maintenance. Hardworking dogs require more energy intake per Kg of BW during their training/ working.
When the animal is not training or working, their energy requirement is lower and a maintenance-type food may be fed. Feeding high-calorie, nutrient dense foods to dogs when they are not training or working could contribute to excessive weight gain.
Regulation of feed intake
Animals eat to meet their energy needs. The intake of all nutrients is influenced by the amount of energy present in the diet.
The energy content of the diet generally limits the amount of food an animal will consume.
Calculation of Energy requirements in Dogs
Adult Maintenance - ME requirement = K x W Kg0.67
K = 132 Inactive, 145 Active, 200 Very Active, 300 Endurance performance.
WATER
Water requirement is determined by the amount of food that the animal consumes. A general guideline is that animals require 1 ml of water for each kcal of energy. A dog-requiring 1000 kcal per day would require 1000 ml of water. As food intake increases, water intake also increases. When the water content of a diet increases, the animal usually drinks less water.
PROTEIN
Dietary proteins that are digested in the stomach and small intestine are broken down to form free amino acids, which are then absorbed into the bloodstream. Amino acids are distributed to all body cells and are utilized to build body proteins. Out of the twenty amino acids involved in the synthesis of proteins in the body only ten of these are essential for dogs that include: arginine, histidine, isoleucine, leucine, lysine, methionine, phenylalanine, threonine, tryptophan, valine.
Protein Requirements
A dog's protein requirement depends upon the life stage and activity of the dog. Puppies need more protein than adult dogs.
Protein needs of a puppy can be met by a high quality protein providing 20 to 25% of dietary calories. Severe protein deficiency in dogs results in growth retardation or weight loss, subnormal concentrations of blood proteins, muscle wasting, emaciation and
This document summarizes a webinar on feeding and nutrition for sheep and goats. It discusses nutrient requirements that vary by species, size, production stage, and other factors. It also outlines nutrient needs specifically for different life stages and production phases such as gestation, lactation, kids/lambs from birth through weaning. The webinar emphasizes meeting nutrient demands through strategic feeding and use of pasture, forages, and grains.
Similar to Why full cream milk is not suitable (8)
ABDOMINAL TRAUMA in pediatrics part one.drhasanrajab
Abdominal trauma in pediatrics refers to injuries or damage to the abdominal organs in children. It can occur due to various causes such as falls, motor vehicle accidents, sports-related injuries, and physical abuse. Children are more vulnerable to abdominal trauma due to their unique anatomical and physiological characteristics. Signs and symptoms include abdominal pain, tenderness, distension, vomiting, and signs of shock. Diagnosis involves physical examination, imaging studies, and laboratory tests. Management depends on the severity and may involve conservative treatment or surgical intervention. Prevention is crucial in reducing the incidence of abdominal trauma in children.
Basavarajeeyam is a Sreshta Sangraha grantha (Compiled book ), written by Neelkanta kotturu Basavaraja Virachita. It contains 25 Prakaranas, First 24 Chapters related to Rogas& 25th to Rasadravyas.
Osteoporosis - Definition , Evaluation and Management .pdfJim Jacob Roy
Osteoporosis is an increasing cause of morbidity among the elderly.
In this document , a brief outline of osteoporosis is given , including the risk factors of osteoporosis fractures , the indications for testing bone mineral density and the management of osteoporosis
TEST BANK For Community Health Nursing A Canadian Perspective, 5th Edition by...Donc Test
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Basavarajeeyam is an important text for ayurvedic physician belonging to andhra pradehs. It is a popular compendium in various parts of our country as well as in andhra pradesh. The content of the text was presented in sanskrit and telugu language (Bilingual). One of the most famous book in ayurvedic pharmaceutics and therapeutics. This book contains 25 chapters called as prakaranas. Many rasaoushadis were explained, pioneer of dhatu druti, nadi pareeksha, mutra pareeksha etc. Belongs to the period of 15-16 century. New diseases like upadamsha, phiranga rogas are explained.
2. Children 1 – 3 yrs
• Diversified food + FCM(*) DO NOT
meet the requirements.
• Diversified food + GUF (**)
DO meet the requirements.
GUF
(*) FCM = full cream milk (**) GUF = growing-up milk formula
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3. 1. Proteins (quantity & quality)
2. Fats (quality!)
3. Carbohydrates
4. Minerals
Iron
Copper
5. Vitamins
Vit. D
Vit. E
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4. Recommendations 2 x 200ml milk/formula per day
FCM GUF
13 g/day 103% 80%
13.4 8.0
DRI DRI
• Babies 1-3 years: on average: 40 g/day (meat
fish,poultry,egg.)
• 7-8 g protein from diversified food.
• Total protein intake/day:
• * with FCM: 20.9 g prot./day
• * with GUF: 15.5 g prot./day
• According to the E.U. Panel of Experts and other
reports:
• Food intake too rich in proteins among infants and
young children
• risk of renal failure
• risk of overweight
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5. MM FCM GUF
Whey= lactoserum 50% 18% 50%
Casein 50% 82% 50%
It is recommended that babies’ milk complement
at least until 2 years, should have amino- acid
profile
close to that of breast milk.
Whey/Casein ratio in mother milk:
Colostrum Mature Late
breast milk lactation
Whey 90% 55% 50%
Casein 10% 45% 50%
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6. FATS
• * Quantity of total fats : same in FCM and REGALAC®3
FCM GUF
DRI 1-3 Y
2 x 200 ml 2 x 200 ml
Linoleic Ac. (ω6) 7000 mg 60mg 1160mg
α- Linolenic
700 mg 28mg 60mg
(ω3)
Some ω6 are found in usual food
ω3 is seldom present in usual food and always in
very small quantity
Low ω6 desquamation, loss of hair, slow scarring
and growth retardation
Low ω3 impaired development and physiology of
the retina, of brain and neurological function (DHA
accumulates in the brain at least till the age of 2).
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7. Carbohydrates
Strictly on a pure nutritional point of view, FCM is
convenient for children 1-3 years in term of
composition of its carbohydrates (100% lactose).
However, FCM contains only 4.7 g carbohydrates
whilst a GUF ( just like like Breast Milk) contains 7.6
g/100 ml (7g/100ml in Breast Milk).
Some sucrose is added in GUF in order to make it
more palatable, taking into account that children of
that age do not accept easily new food (neophobia)
and tend to reject any kind of food.
Moreover some maltodextrin is added for an optimal
tolerance.
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8. IRON
mg/DAY DRI 2 x 200 ml
GUF FCM
IRON 7 mg/d
5.5 mg/d 0.24 mg/d
Meat : 2.5 mg Iron per 100 g of meat
30 g meat/day 0.75 mg iron per day
+ 400 ml FCM => 0.99mg Fe: !!!
+ 400 ml GUF => 6.25 mg Fe: ok
50 g meat/day 1.25 mg iron perday
+ 400 ml FCM => 1.49 mg Fe: !!!
+ 400 ml GUF => 6.75 mg Fe: ok
Iron deficiency anemia (IDA) is the most
widespread illness due to intake deficiency
around the world based on a UNICEF report!
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9. COPPER
DRI (µg/d) 2 x 200 ml
FCM GUF
340 µg/d
26 µg 282µg
40 g (lamb, chicken, fish, beef) => 120 µg
+ FCM => 146 µg/d !!!
+ GUF => 402 µg/d ok
Cu is a co-factor of oxydation enzymes that intervenes in the collagene on
elastin synthesis.
Lack of Cu - poor cartilages quality
- poor bones mineralization
- poor immunity
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10. VITAMIN D
DRI (µg/d) 2 x 200 ml
FCM GUF
5.0
0.36 5.3
3 years old children usual food : 350 g
(Vit. D in fish, cheese, egg): 40 g 1.2 µg/d
Usual food + FCM
=> 1.2 µg + 0.36 µg = 1.56 µg Vit. D. !!!
Usual food + GUF
=> 1.2 µg + 5.3 µg = 6.5 µg Vit. D.: OK
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11. VITAMIN E
DRI 2 x 200 ml.
FCM GUF
6 IU/d
0.4 IU/d 3.6 IU/d
Usual food : 1 year old baby: 1.9 IU
3 years old baby: 2.7 IU
1 year:
1.9 IU + 0.4 IU (FCM) => 2.3 IU/d !!!
1.9IU + 3.6 IU (GUF) => 5.5 IU/d ok
3 years:
2.7 IU + 0.4 IU (FCM) => 3.1 IU/d !!!
2.7 IU + 3.6 IU (GUF) => 6.3 IU/d ok
Cell membranes anti-oxydant.
Neutralizes free radicals that create toxic lipidic peroxydes
Intervenes in platelets aggregations.
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12. Full cream milk is not • Why Junior Formulas
adapted to adapted to
1-3 yrs? 1-3 yrs?
Too high Pro=> risk of overweight & • Adequate Pro quality=> lower risk
renal failure later stage of overweight & renal failure later
stage
older babymore FCM varies from • Junior Formulas has an AA profile
breast milk in Pro. Composition identical to that breast feeding milk
FCM contains few ω6 & ω3 risk of
impaired crain & retina development, • More secure growth, brain & retina
intellectual & neurobiological development, intellectual &
functtions,retrded growth, slow scarring, neurological functions.
hair desquamation
1-3 yrs can show • Junior Formulas are:
- intolerance to FCM -well tolerated
- rejection of FC for a matter of taste - is tasty
High risk of iron deficiency anemia & othe • 12
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weigh gain delay)
13. Full cream milk is not • Why Junior Formulas
adapted to adapted to
1-3 yrs? 1-3 yrs?
Cu: FCM is very poor. Junior Formulas have been widely
supplemented
=> Poor cartilage quality, bone
mineralization and immunity deficiency. => Strong joints and bones, excellent
immunity.
Vit. D.: far from requirements Vit. D: strong bones and teeth also thanks
to the appropriate Ca intake.
=> Weak bones and teeth mineralization,
rickets.
Vit. E: Negative effect on fats Vit. E: protects body tissues integrity,
helps in hemostasis.
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14. Why not Full Cream Milk?
• The composition of milk is specific to the needs of each species.
Nutritional needs vary considerably from one species to another.
Young animals have a much faster growth rate than that of small
children. Young calves are able to walk after only a few days, and
this is far from the case with babies. The composition of milk
produced by each animal species is different and therefore
corresponds to the needs of its young. This is why FCM is
extremely rich in proteins and mineral salts.
• Breast milk, for its part, is very low in proteins and low in mineral
salts, whilst it is rich in amino acids and fatty acids deemed to be
essential for humans, as they do not have the ability to produce
them and must consequently garner them from their diet.
• FCM is not therefore suitable in the diet of small children.
Preparations for infants are mostly produced using FCM as a basis.
The FCM undergoes a large number of modifications and
enrichments in order to imitate breast milk as closely as possible.
Martine Robert, Head of Nutrition Department,
Queen Fabiola Children Hospital, Brussels Free University, Belgium
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15. Conclusion
For children 1 – 3 years old, Full Cream Milk cannot be
considered as a suitable nutritional complement to
diversified usual food: FCM is produced for calves…
Opposite, a suitable Growing-Up Formula has been
developed and carefully formulated to complement usual
food, taking into account the intake concentration of
each ingredient in order to meet all requirements for an
optimal growth and development of babies of that age.
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16. Special thanks to
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17. Q&A
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