Causes of congenital malnutrition. Chronic eating disorders in young children. There are three options for the development of pathology

Hypotrophy in a simplified form is a chronic malnutrition. This pathology is most often found in children at an early age. A child with malnutrition is far behind in growth and weight gain.

From the very first day of life, children rapidly gain weight. Everything grows in them: bones of the skeleton, muscle tissues, internal organs. If the kids do not receive sufficient amounts of nutrition, or the diet is not made correctly, then this will very quickly affect the development of the body and the work of its various systems and organs.

Doctors say that the main reason for the development of malnutrition is a lack of protein in food and insufficient calorie intake.

The main causes of malnutrition in children

This pathology can develop under the influence of internal and external factors. Besides, malnutrition can be primary or secondary.

• Primary malnutrition in children develops against the background of malnutrition.
• Secondary malnutrition in children appears against the background of internal diseases, in which the absorption of nutrients from food is disturbed or even becomes impossible.

Internal factors that cause malnutrition in newborns include diseases of the internal organs associated with digestion. Simply put, due to these diseases, nutrients are not fully absorbed. It is worth noting that these are not necessarily diseases of the digestive system. These may be changes at the level of tissues and cells, manifested in the violation of metabolic processes. Because of them, the energy reserves in the cells are depleted, which leads to their death.

Internal causes of pathology

The most common internal causes of malnutrition in young children are:

Doctors say that internal factors that cause malnutrition in children are much more common than external ones. But this does not mean that the latter should not be taken into account. In order for malnutrition to occur under the influence of external factors, they must affect the child's body for a long time. This means that pathology can manifest itself not only in a lack of weight and height, but also in more serious violations that will certainly manifest themselves in the future.

External causes of malnutrition in children

External causes of this pathology include:

The symptoms of this pathology are mainly determined by the lack of nutrients in the baby's body. In second place are the symptoms of diseases that cause disturbances in the work of various organs. Doctors divide all the symptoms into separate syndromes, combining a set of signs that occur when a particular organ or system is ill.

With malnutrition, 4 main syndromes are detected:

As a rule, each small patient with malnutrition manifests only one syndrome.

Doctors distinguish 3 degrees of malnutrition. This separation helps doctors more accurately determine the condition of the child and choose the right treatment. The levels change. At each stage of the pathology, additional symptoms appear in young patients.

Hypotrophy 1 degree

In children, it is manifested by a decrease in subcutaneous fat. This is due to the fact that the body, with a lack of nutrition, tries to compensate for energy costs at the expense of subcutaneous fat, which is the best energy storage. Fat from the subcutaneous tissue enters the blood, where it is processed into the energy necessary for normal life.

First, fat disappears in the abdomen, and then from other parts of the body. Assessment of the state of adipose tissue is carried out using various methods. In recent years, doctors have given preference to the Chulitskaya index, based on measuring the circumferences of the shoulders, hips and legs.

Symptoms of hypotrophy of the 1st degree:

• Decreased muscle tone and elasticity of the skin.
• The growth of the child does not lag behind age indicators.
• Body weight lags behind the norm by 20%.
• Feeling within normal limits.
• The child gets tired quickly.
• The child does not sleep well and becomes irritable.

Hypotrophy of the 2nd degree

The initial symptoms are the same as in the 1st degree of pathology. The main difference lies in the deepening of the old symptoms and the appearance of new ones.

Main features:

Hypotrophy of the 3rd degree

At this stage of the disease, clinical manifestations become especially acute. There are violations in the work of all organs and systems. It is very difficult for doctors to get a small patient out of this condition. The severity of primary pathologies determines the possibility of further recovery. The most severe malnutrition of the 3rd degree is tolerated by newborns.

Characteristic signs of pathology:

Options for the course of pathology

Lack of mass and growth retardation can be observed in a baby at all stages of its development. At the same time, at each stage, the pathology has its own characteristics.

Depending on the period in which the pathology develops, doctors distinguish 4 variants of its course:

1. Intrauterine flow.
2. Hypostatura.
3. Kvishiorkor.
4. Alimentary insanity.

intrauterine course

Pathology develops when the child is still in the womb. Doctors distinguish 3 options for intrauterine malnutrition:

1. Hypotrophic. All organs of the fetus do not receive enough nutrients. Because of this, the child grows very slowly.
2. Hypoplastic. With this variant of the pathology, along with a delay in the overall development of the fetus, there is a violation in the maturation of organs.
3. Dysplastic. Different organs develop unevenly. Some of them correspond to the terms of pregnancy, while others do not.

Hypostatura

We are talking about a uniform lag of a newborn child in height and body weight from their peers.

Hypostatura is a secondary pathology that develops on the basis of diseases of the internal organs. It can manifest itself not only in newborns, but also in adolescents.

Most often, hypostatus is provoked by:

• Heart disease and circulatory disorders.
• Encephalopathy complicated by endocrine disorders.
• bronchopulmonary dysplasia. This pathology appears even in the period of intrauterine development and manifests itself in the insufficient development of the lung tissue, due to which the newborn does not receive enough oxygen during breathing.

Kwashiorkor

With this variant of the course of malnutrition, the body receives protein food in insufficient quantities or is not at all able to absorb protein products.

The development of kwashiorkor is promoted by:

• Long-term digestive problems, manifested by unstable stools.
• Problems with the liver.
• Diseases of the kidneys.
• Burns and significant blood loss.
• Some infectious diseases.

The lack of protein leads to disturbances in the work of the central nervous system. The child becomes lethargic, falls asleep at the first opportunity, does not want to eat. He may develop edema due to a lack of albumin and globulin in the blood. His muscle mass is rapidly declining.

Alimentary insanity

This course of malnutrition is most often detected in school-age children. This condition is characterized by a lack of proteins and calories. Alimentary insanity is accompanied by the following symptoms:

Conclusion

Hypotrophy in children is a rather dangerous disease. The prognosis of recovery depends on what causes the pathology. The earlier the disease is detected, the less damage it will cause to the health of the child.

Word of Greek origin; "hypo" - "below, under" and "trophe" - "food". Hypotrophy is a chronic eating disorder. The basis of the disease is the depletion of the body. This term is used only in relation to the child of the first years of life. From this article you will learn what degrees of malnutrition exist in children. We will also tell you all about the causes of malnutrition in children, the treatment of malnutrition in a child and the preventive measures that you can take to protect your baby from the disease.

Causes of malnutrition in children

Hypotrophy is a chronic eating disorder, accompanied by a violation of the trophic function of the body, digestion, metabolism, dysfunction of various organs and systems with a delay in physical, motor-static and neuropsychic development.

There are congenital malnutrition or prenatal, in the development of which factors that act unfavorably during uterine development play a role, and acquired malnutrition (postnatal), which develops in children born with normal weight and body length. This form of malnutrition in infants and young children can develop as a result of exposure to a number of adverse factors.

Etiology of malnutrition

There are three main factors: alimentary, infectious, constitutional.

Alimentary factor in the development of dystrophy, it can manifest itself as quantitative or qualitative starvation, defects in the organization of the child's nutrition.

Quantitative fasting, as the name itself shows, there is a condition when the child receives insufficient breathing volume and the energy value of food. Currently, in children of the first months of life, malnutrition can develop due to hypogalactia, with difficulties in breastfeeding the mother (“tight” breast of the mother, flat and inverted nipple), sluggish sucking, errors in feeding technique, with early transfer of the child, artificial feeding, due to untimely introduction of complementary foods, "habitual" regurgitation and vomiting.

Quality fasting occurs when an incorrect ratio of individual ingredients (proteins, fats and carbohydrates) is observed in the child’s food, due to the inferiority of the qualitative composition of breast milk, monotonous feeding with the introduction of complementary foods (especially cereals), with a deficiency of proteins and fats, a deficiency of vitamins and minerals (untimely and insufficient introduction of vegetable and fruit juices, vegetable complementary foods).

In recent years, toxic factors have been important in the etiology of malnutrition - these are food contamination with salts of heavy metals (lead, arsenic), pesticides that react with sulfhydryl groups of protein molecules, inhibit protein synthesis, and cause inhibition of enzymatic activity. Toxic factors cause variants of dystrophy with primary metabolic disorders in the cell. Hypotrophy can be caused by hypervitaminosis A and D.

infectious factor- acute and chronic gastrointestinal infections (salmonellosis, coli infection, dysentery, etc.), chronic infections (tuberculosis, syphilis, dysentery), frequent acute respiratory viral infections, pyelonephritis and urinary tract infection, HIV infection. In infections, toxins, metabolic products lead to a violation of intracellular metabolism, the development of hypovitaminosis (qualitative starvation also occurs), and a decrease in appetite (quantitative starvation also appears).

constitutional factor in the etiology of malnutrition, these are congenital anomalies of the gastrointestinal tract, congenital heart defects, immunodeficiency states, enzymopathies (a group of diseases caused by hereditary metabolic defects), diseases of the endocrine system, perinatal encephalopathies of various origins. Congenital anomalies of the gastrointestinal tract include: dolichosigma, Hirschsprung's disease, atresia of the bile ducts, pylorospasm, congenital defects: splitting of the hard palate, non-closure of the upper lip. Diseases of the endocrine system include adrenogenital syndrome, hypothyroidism, diabetes mellitus, pituitary dwarfism.

With constitutional factors in the development of malnutrition, insufficient digestion of food is observed in terms of both quantity and quality due to a violation of the functional properties of body cells.

At present, malnutrition at birth as a manifestation of intrauterine growth retardation is of independent importance in the etiology of malnutrition.

Hypotrophy pathogenesis

A lack of food or a qualitative change in it leads to a disruption in the processes of assimilation (intracavitary hydrolysis, membrane digestion and absorption are disturbed), to a distortion of enzymatic reactions, to malnutrition of vital organs, and above all the central nervous system. Due to dysfunction of the central nervous system, dysfunction of the subcortical areas of the brain occurs, which leads to aggravation of trophic disorders. Thus, the main pathogenetic link of malnutrition is intracellular starvation. With insufficient nutrition, the body begins to use its depots to maintain the basal metabolism and the specific dynamic action of food. First of all, the glycogen depot begins to be utilized, however, it is restored by switching to the consumption of energy fat, therefore, first of all, a decrease in fat depot is observed. With a longer exposure to a harmful factor on the body, the fat depot is used up and glycogen cannot be replenished in the absence of fat, the glycogen depot gradually decreases, and then the body begins to use its own proteins. With a protein deficiency in the child's diet, there is an increase in protein-energy deficiency, growth retardation due to a decrease in the synthesis of liver somatomedins, aggravation of enzyme disorders and damage to immunological mechanisms, aggravation of weight loss, atrophic processes.

With protein deficiency, atrophy of the thymus and lymphoid tissue, a decrease in the number of T-lymphocytes, a violation of the bactericidal and phagocytic function of neutrophils are observed. The content of immunoglobulins in blood serum decreases, especially IgM and IgA. Violation of cellular, weakening of humoral immunity cause a high frequency and severe course of bacterial and other infections in patients with malnutrition, the development of septic and toxic-septic conditions in them. Simultaneously with the consumption of glycogen and protein depot, the body gradually utilizes the vitamin depot, which leads to the development of hypo- or beriberi.

With the consumption of endogenous proteins, a violation of the functions of the endocrine glands occurs: a decrease in the function of the thyroid gland (decrease in the level of basal metabolism), the pituitary gland (growth disturbance), and the insular apparatus of the pancreas. As a result of metabolic shifts, the acid-base balance is disturbed, metabolic acidosis and endogenous toxicosis develop.

Under conditions of violation of enzymatic processes in the body, a decrease in the activity of many enzymes in the blood and cells, tissues, lipid peroxidation is enhanced. Lipid peroxides have a toxic effect on the body of a sick child, damage the membranes of cells and their organelles. As a result, destabilization of cell membranes develops, their barrier function worsens, a change in the constancy of the internal environment of the body enhances the dysfunction of organs and systems. In most children with malnutrition, there is a violation of the intestinal biocenosis, most often caused by Proteus microbes, Klebsiella and their associations with hemolytic Escherichia coli, fungi of the genus Candida.

Causes of malnutrition in a newborn

Among the reasons are improper feeding, especially in infants of the first six months of life, poor-quality care for them, constant violations of the daily routine or lack of a daily routine as such, frequent illnesses of the baby (acute infectious diseases, chronic infections, acute gastrointestinal diseases, etc.). P.)

Among the causes in the first place are infectious and nutritional factors, then anomalies of the gastrointestinal tract, hereditary metabolic disorders.

The cause of malnutrition in a child: congenital factors

Hypotrophy in young girls and boys can be congenital (intrauterine), due to the impact on the fetus of various factors, accompanied by circulatory disorders in the placenta, intrauterine infection of the fetus:

• diseases and occupational hazards in the mother during pregnancy,
• gestosis and toxicosis,
• malnutrition,
• smoking and alcohol consumption during pregnancy,
• mother's age is over 35 and under 20 years old.

Cause of malnutrition in a child: feeding

When breastfeeding, the most common cause is malnutrition, due to a lack of milk from the mother or due to sluggish suckling at the breast. The reason for the development of malnutrition during artificial feeding may be a violation of the balance of nutrition in terms of calorie content or chemical composition of food. For example, with one-sided milk feeding (kefir, milk), the baby receives an excess of proteins and salts and a lack of carbohydrates. At the same time, the baby is constipated, the stool becomes clay and fetid. The predominant feeding of children with cereals in diluted milk causes the so-called mealy eating disorder associated with an excess of carbohydrates and a lack of proteins and salts (the stool becomes liquid).

With the disease, the function of the digestive organs decreases, changes occur in protein, fat, carbohydrate, water-salt and vitamin metabolism, anemia develops, immunity changes and various infections accumulate.

The reason why hypotrophy occurs in a child:

1. Sometimes muscle hypotrophy occurs in healthy babies who lead a sedentary lifestyle, with limited mobility in the postoperative period or severe somatic pathology.
2. Muscle atrophy accompanies flaccid paralysis, in particular, arising from the paralytic form of poliomyelitis. The causes of muscle atrophy lie in hereditary degenerative diseases of the muscular system, chronic infections, metabolic disorders, disorders of the trophic functions of the nervous system, prolonged use of glucocorticoids, etc. Local muscle atrophy can form with prolonged immobility associated with diseases of the joints, damage to tendons, nerves or the muscles themselves.

There are three degrees of malnutrition - I, II, III.

Hypotrophy of the 1st degree in babies is marked by a lag in weight of no more than 20%; there is no lag in growth. The subcutaneous fat layer is preserved everywhere, however, it is somewhat thinned on the trunk and limbs. The elasticity of the skin is slightly lower than that of a healthy baby. The skin and visible mucous membranes may be slightly pale. The general condition does not suffer.

Hypotrophy of the 2nd degree in children there is a lag in weight from 20 to 40%; there is also a lag in growth - up to 3 cm. The skin is dry, inelastic, easily gathers into thin folds, and these folds are poorly straightened. The subcutaneous fat layer is largely thinned on the trunk, buttocks and limbs. Weight loss becomes noticeable on the face. Muscles also become thinner, their tone is disturbed. If the baby had any motor skills by this time, they may disappear. Appetite can be sharply reduced or, conversely, very well expressed.

A child with III degree hypertrophy is characterized by a very significant lag in weight - by 40% and more; also significantly stunted. The subcutaneous fat layer in the baby is absent everywhere, this layer is also absent on the face, which is why the latter takes on the appearance of an senile face - the eyes sink (because the fat in the eye sockets disappears), wrinkles form on the forehead and cheeks, cheekbones stand out, the chin is sharpened, resulting in a face takes on a triangular shape. Often you can see the expression of suffering on the face.

Clinical signs of malnutrition: the baby's skin completely loses elasticity, becomes dry, flaky; over time, trophic disorders appear on the skin - ulcers form on the back of the head, buttocks and in other places. On the trunk and limbs the skin hangs in folds. The muscular system also undergoes significant changes: the muscles become thin and flabby, however, their tone is increased. The tummy can be sharply swollen due to intestinal atony and flatulence, or, on the contrary, drawn in.

Hypotrophy treatment

The treatment is complex. Very important: high-quality care for the baby by the mother, strict observance of the daily routine, proper nutrition, appropriate for age, proper upbringing. It is necessary to eliminate the factor and cause that led to the disease as soon as possible. If necessary, therapy is carried out to increase appetite. Of great importance is the speedy restoration of the normal functioning of all organs and systems. In some cases, the doctor resorts to stimulation therapy. If malnutrition in a baby arose due to improper feeding, due to serious violations of the rules for the introduction of complementary foods, due to monotonous nutrition, the doctor makes adjustments to baby food.

Caring for a child during treatment for malnutrition

Patients with hypotrophy of the first degree are treated at home under the supervision of a district pediatrician without changing the usual regimen corresponding to their age.

Treatment of malnutrition in children of II and III degrees is carried out in a hospital with a mandatory organization of a sparing regime: the child should be protected from all unnecessary stimuli (light, sound, etc.) It is desirable to keep the child in a box with the creation of an optimal microclimate (air temperature 27-30 ° C , humidity 60-70%, frequent airing); the mother is hospitalized with the child. During walks, the child should be held in his arms, make sure that the hands and feet are warm (using heating pads, socks, mittens). An increase in emotional tone should be achieved by gentle treatment of the patient, the use of massage and gymnastics. With malnutrition of the III degree, especially with muscle hypertonicity, massage is carried out with great care and only stroking.

Diet for malnutrition in children

Diet is the basis of rational treatment of dystrophy (primarily malnutrition). Diet therapy for the treatment of malnutrition can be divided into two stages:

• clarification of the tolerance of various foods;
• a gradual increase in the volume of food and correction of its quality until the physiological age norm is reached.

The first stage lasts from 3-4 to 10-12 days, the second - until recovery.

1. "Rejuvenation" of the diet - the use of food products intended for boys and girls of younger age (breast milk, sour-milk adapted mixtures based on protein hydrolysates);
2. Fractional nutrition - frequent feeding (for example, up to 10 times a day for grade III disease) with a decrease in the amount of food at one time;
3. Weekly calculation of the food load by the amount of proteins, fats and carbohydrates with correction in accordance with the increase in body weight;
4. Regular monitoring of the correctness of treatment (keeping a food diary indicating the amount of food, fluids drunk, diuresis and stool characteristics; compiling a "weight curve", scatological examination, etc.)

How is malnutrition treated in children using nutrition calculation?

The calculation of nutrition for malnutrition of the I degree is performed for the proper (age-appropriate) body weight of the child with full satisfaction of his needs for the main components of food, trace elements and vitamins. In case of disease II and III degrees in the first 2-3 days, the volume of food is limited to 1/3 - 1/2 for the required body weight. Subsequently, it is gradually increased to 2/3 - 3/5 of the daily diet of a healthy child. The missing amount of nutrition is replenished with liquid - vegetable and fruit juices, 5% glucose solution. Upon reaching the age-appropriate amount of food, the amount of proteins and carbohydrates is calculated for the required body weight, and fats for the actual one. If the child does not have dyspepsia in the process of increasing the amount of food, and the body weight increases (usually this happens after 1-12 days from the start of treatment), a qualitative correction of nutrition is gradually carried out, all ingredients are calculated on the proper body weight (proteins and fats - 44.5 g/kg, carbohydrates - 1316 g/kg).

Enzyme therapy for the treatment of malnutrition in a child

Enzymes must be prescribed for any degree of the disease, both due to an increase in the nutritional load during treatment, and in connection with a decrease in the activity of the patient's own gastrointestinal enzymes. Enzyme therapy is carried out for a long time, changing drugs: rennet (abomin), pancreatin + bile components + hemicellulase (festal), with a large amount of neutral fat and fatty acids in the coprogram - pancreatin, panzinorm. The use of vitamins, primarily ascorbic acid, pyridoxine and thiamine, is also pathogenetically justified. Stimulant therapy includes alternating courses of royal jelly (apilac), pentoxyl, ginseng and other agents. With the development of an infectious disease, Ig is injected.

Prevention of malnutrition

It is easier to prevent the causes of malnutrition than to treat it later. The preventive measures are as follows:

• organization of proper child care;
• strict observance of the diet;
• timely and sufficient intake of vitamins;
• hardening procedures (hardening with air, sunlight and water);
• proper upbringing of the baby (provides a positive emotional state);
• also ensures the restoration and development of the necessary conditioned reflexes);
• prevention of infectious diseases.

Prevention of malnutrition should be divided into antenatal and postnatal.

1. Antenatal prevention includes family planning, health education of parents, the fight against abortion, treatment of diseases of the expectant mother, especially diseases of the genital area, health care of the pregnant woman [rational nutrition, adherence to the daily routine, walks in the fresh air, transfer to light work (under adverse working conditions) , exclusion of smoking and other bad habits].
2. Postnatal prevention of malnutrition includes natural feeding with its timely correction, compliance with the regimen and rules for caring for the child, proper education, prevention and treatment of infectious and intercurrent diseases, dispensary observation with monthly (up to 1 year) weighing and measuring body length.

Treatment prognosis malnutrition depends primarily on the possibility of eliminating the cause that led to the development of dystrophy, as well as on the presence of concomitant diseases. With primary alimentary and alimentary-infectious dystrophy, the prognosis is quite favorable.

Nutrition for children with malnutrition

The basis of treatment for all forms of malnutrition is the organization of proper nutrition. The complexity of nutrition lies in the fact that their need for essential nutrients and calories is increased, and food tolerance, especially to fats, is reduced. Therefore, the success of treatment depends on an individual approach to each sick child.

Nutrition in the treatment of malnutrition I degree

The first feeding for full-term infants with congenital malnutrition of the 1st degree should be carried out immediately in the delivery room, for premature infants, depending on the degree of prematurity, no later than 12 hours after birth. In between feedings, be sure to give your baby 5% glucose (1/4 of the total amount of food).

The volume of breast milk per feeding for newborns and premature infants with disease of the I degree is 10 ml on the first day, 15-20 ml on the 2nd, 20-30 ml on the 3rd, 5-7th days - 50-90 ml.

Nutrition during the treatment of malnutrition II - III degree

With malnutrition II - III degree, sluggish sucking or refusal to feed, they begin to feed from 1/3-1/2 of the volume needed at this age, gradually increasing the amount of milk to normal.

The daily amount of food for newborns aged 2 to 8 weeks should approximately be 1/5 of the actual body weight, from 2 to 4 months - 1/5 - 1/6, from 4 to 6 months - 1/7, from 6 up to 9 months - 1/8 part.

• In the first months of life, a person suffering from malnutrition is prescribed 7-8 feedings per day, from 3-4 months - 6, from 5 months, if the condition allows - 5. During the first 2-3 months of a baby’s life, breast milk should be provided, and when it absence - adapted mixtures, preferably acidophilic and sour-milk. Protein correction is carried out with cottage cheese, kefir, fat correction - with vegetable oil, introduced into complementary foods. Carbohydrates are corrected with sugar syrup, fruit juices, puree.
• Complementary foods are introduced against the background of positive body weight dynamics in the absence of acute concomitant diseases during the treatment period. It is necessary to carefully observe the principle of gradualness with the introduction of each new type of food. Fruit juices are prescribed at 2 months, fruit puree - from 2.5 months. Juices are administered gradually: at first a few drops, and by 2-3 months their volume is adjusted to 30 ml.
• Children diagnosed with malnutrition and who are breastfed from 3 months old can be given egg yolk as a product containing complete protein, fat, mineral salts - calcium, phosphorus, iron, vitamins A, D, B1, B2, PP. You should start with 1/8 of the yolk and gradually increase the serving to half the yolk per day.
• From the age of 4 months, cottage cheese must be included in the diet of a patient with malnutrition. If the child did not receive it at an earlier date for the purpose of correction and treatment, then the input begins with 5 g (half a teaspoon), gradually increasing the dose by 6-7 months to 40 g.
• At the age of 3.5 months with natural and 2.5 months with artificial feeding, if the condition allows, complementary foods are introduced in the form of cereals - starting with 5%, then 8% and finally 10% concentration. It is preferable to use buckwheat, rice flour. Approximately one month after the introduction of porridge, they begin to introduce vegetable puree, starting with 1-3 teaspoons and increasing the portion within 10-12 days to 100-150 g. Canned vegetable purees from various vegetables for baby food can be used for feeding.
• From 4 months of life, vegetable oil should be introduced into the diet of a child with malnutrition (starting with 1 g and increasing the portion by 8-9 months to 5 g), from 5 months - butter (starting from 2 g and increasing the portion to 5 g by 8 months), from 7 - 7.5 months add meat (mainly beef) in pureed form (starting with 5 g and increasing the portion to 30 g per day, and by 9 months - up to 50 g, by the year - up to 60 - 70 g).
• At 7 months, add meat broth (20-30 ml) with white crackers (2-3 g). The broth should be given in the afternoon feeding before the vegetable puree.

Feeding a baby with malnutrition, which has developed against the background of hereditary metabolic disorders, is built taking into account its cause:

• In the treatment of celiac disease, products containing gluten are excluded: wheat flour, semolina, starch;
• The main method of treating a baby with lactose deficiency is the exclusion from the diet of milk (including mother's) and dishes prepared with fresh milk. These children should be given fermented milk products: acidophilic mixtures, kefir, acidophilic milk, low-lactose mixtures;
• In cystic fibrosis, a diet with a restriction of fat and an increase in protein is prescribed. The need for fats should be covered mainly by vegetable oils (corn, sunflower), rich in unsaturated fatty acids.

Now you know everything about the causes, degrees and methods of treating malnutrition in young children.

There is nothing worse for parents than the illness of their child. And when a baby is sick, still inexperienced parents often cannot cope with it in time, because they do not know the main symptoms of diseases and what they can lead to. This article will focus on such a pathological condition as malnutrition, which is often found in infants.

What is hypotrophy? Types of malnutrition and the main danger.

Hypotrophy is a chronic nutritional disorder in a child, which is characterized by an energy and / or qualitative lack of nutrients, which leads to a lack of body weight of the baby, impaired physical and intellectual development, pathological changes in all organs and systems. The disease affects mainly children under 3 years of age. In different countries, the frequency of malnutrition varies from 2 to 30%, depending on the economic and social development of the country.

There are two types of malnutrition:

• congenital;
• acquired.

Congenital or intrauterine malnutrition is a malnutrition that occurs even in the period of intrauterine development of the child.

The main causes of congenital fetal malnutrition:

• insufficiency of uteroplacental circulation;
• chronic fetal hypoxia;
• chromosomal and genomic mutations;
• pathology of pregnancy;
• constitutional features of the mother's body (small stature, body weight, age);
• mother's bad habits;
• malnutrition in pregnant women.

Acquired malnutrition is a chronic eating disorder of a child, which is characterized by a slowdown or cessation of the growth of the baby's body weight, a violation of normal body proportions, thinning and disappearance of subcutaneous fatty tissue, a violation of the digestive processes, a decrease in the body's resistance to infections, a predisposition to various diseases and a delay in neuropsychic development . It is this type of malnutrition that occurs most often and brings a lot of grief to young parents, therefore, further we will talk about this violation.

Physiological weight loss in newborns

Before you panic due to the fact that the child stopped gaining weight after birth or lost several hundred grams, you need to be aware of such a phenomenon as physiological weight loss in newborns.

It occurs in all babies, regardless of what weight was at birth. The mechanism of this phenomenon is as follows. Before birth, all metabolic processes in the body of the fetus are greatly activated, which provides it with the necessary energy during childbirth and in the first hours of independent life. Also, in the first days of a baby’s life, his body loses more fluid than it consumes (with breathing, feces, evaporation through the skin).

The newborn loses weight until about the 4th day of life, from the 5th day the baby should begin to gain weight again and by the 7-10-14th day his weight should again be the same as at birth, if this does not happen, then you need to look for the cause (such a phenomenon already considered pathological and requires intervention). The rate of weight loss is up to 7% of the original, if more, then this is already a pathology.

Proper care of the child, early breastfeeding, sufficient fluid intake in the child's body, prevents greater weight loss. If physiological weight loss has not occurred, then it is necessary to think about possible reasons. Most often this is due to congenital disorders of the excretory system, due to which fluid accumulates in the child's body.

Etiology of acquired malnutrition

There are many reasons for acquired malnutrition and it is not always possible to establish why the child is not gaining weight.

The main causes of acquired malnutrition:

• nutritional factors (quantitative or qualitative malnutrition of the infant, violation of the feeding regime, the use of low-energy formulas for feeding);
• diseases of the child's digestive tract;
• chronic and acute infectious diseases (pneumonia, SARS, sepsis, intestinal infections, etc.);
• poor child care;
• hereditary diseases;
• congenital malformations;
• anomalies of the constitution (diathesis);
• neuroendocrine diseases.

Clinical signs and degrees of malnutrition

The clinical picture of the disorder is dominated by 4 main syndromes.

1. Syndrome of trophic disorders.

It includes such signs as a lack of mass and / or body length for the age of the child, various violations of body proportions, gradual thinning and disappearance of subcutaneous fatty tissue, the skin becomes dry, inelastic, and the muscles of the child become thinner over time.

2. Syndrome of violation of the state of the central nervous system.

It includes violations of the emotional state (the child cries all the time) and reflex activity (all reflexes weaken). The baby sucks poorly or refuses to breastfeed at all, the muscle tone is reduced, the child moves little, does not roll over, does not hold his head well, etc. The baby’s sleep is disturbed, he does not keep a stable body temperature well.

3. Syndrome of reduced food tolerance.

Over time, the child's appetite decreases until the development of anorexia, he refuses to breastfeed. Disorders of the digestive tract develop (regurgitation, unstable stool, vomiting).

4. Syndrome of reducing the body's resistance (immunological reactivity).

The child becomes prone to frequent inflammatory and infectious diseases.

Depending on the severity of the signs of the disease and weight loss, there are 3 degrees of malnutrition.

Hypotrophy 1 degree:

• weight deficit is 10-20%;
• the child's condition is satisfactory;
• PZhK is moderately thinned only on a stomach;
• tissue turgor is moderately reduced;
• the skin is pale, their elasticity is slightly reduced;
• no growth lag;
• psychomotor development is not disturbed;
• food tolerance is not impaired;
• immunological reactivity is normal.

Hypotrophy 2 degrees:

• body weight deficit 20-30%;
• the condition of the child is moderate;
• The pancreas becomes thinner on the abdomen, limbs and torso;
• tissue turgor is reduced;
• the skin is pale, dry, its elasticity is reduced;
• growth lag is 1-3 cm;
• psychomotor development slows down;
• immunological and food tolerance are reduced.

Hypotrophy 3 degrees:

• weight deficit is more than 30%;
• complete disappearance of PZhK;
• the child's condition is severe;
• tissue turgor is sharply reduced;
• there is no elasticity of the skin, ulcers, cracks appear on the skin;
• growth lags behind by 3-5 cm;
• significant lag in psychomotor development;
• immunological and food tolerance is sharply reduced.

Principles of treatment of malnutrition

Hypotrophy of the 1st degree is treated on an outpatient basis, and 2nd and 3rd degrees - only in a hospital.

The main directions of therapy:

• elimination of the cause of malnutrition;
• diet therapy;
• correction of metabolic disorders;
• organization of proper care;
• therapy for comorbidities.

The basis of the treatment of malnutrition is diet therapy, which has 3 stages: the elimination of the syndrome of reduced food tolerance, the increase in food loads, the complete elimination of malnutrition in a child. A gradual increase in caloric content and volume of food leads to an improvement in the child's condition, he gradually begins to
gain mass. If children have a weakened sucking or swallowing reflex, then they are fed with a probe. The missing volume of fluid is administered intravenously.

In the complex of treatment, doctors prescribe enzymes, vitamins, microelements, preparations for the normalization of intestinal microflora, anabolic hormones.

The prognosis for malnutrition of 1 and 2 degrees with timely access to a doctor and diet therapy started on time is favorable. With malnutrition of the 3rd degree, despite intensive treatment, mortality reaches 20-50%.

To prevent this condition in your baby, it is enough to follow a few recommendations. Regularly visit the district pediatrician to examine the child and take all anthropometric measurements. Adhere to all the principles of proper nutrition for your child, introduce complementary foods and complementary foods on time. It is necessary to control the dynamics of the growth of the child's body weight, organize proper care, and eliminate risk factors for the development of malnutrition.

Dystrophy(Greek dys - disorder, trophe - nutrition) develops mainly in young children and is characterized by impaired absorption of nutrients by body tissues. There are the following types of dystrophies: 1) dystrophy with a lack of body weight (hypotrophy); 2) dystrophy with body weight corresponding to height or some excess of mass over length (paratrophy); 3) dystrophy with overweight (obesity) (Table 1).

Hypotrophy(Greek hypo - under, below trophe - nutrition) - a chronic eating disorder with a lack of body weight. This is a pathophysiological reaction of a young child, accompanied by a violation of the metabolic and trophic functions of the body and characterized by a decrease in food tolerance and immunobiological reactivity. According to WHO, malnutrition (malnutrition) is diagnosed in 20-30% or more of young children.

Etiology: According to the time of occurrence, congenital (prenatal) and acquired (postnatal) malnutrition are distinguished (Table 1). The causes, clinic and treatment of intrauterine growth retardation are discussed above in the section "Antenatal malnutrition".

There are 2 groups of acquired malnutrition according to etiology - exogenous and endogenous (Table 1). With careful collection of anamnesis data, a mixed etiology of malnutrition in a child is often established. With exogenous causes, primary malnutrition is diagnosed, with endogenous causes - secondary (symptomatic).

Exogenous causes of malnutrition:

1. Nutritional factors- Quantitative underfeeding in case of hypogalactia in the mother or feeding difficulties on the part of the mother or child, or qualitative underfeeding (use of an age-inappropriate mixture, late introduction of complementary foods).

2. Infectious factors- intrauterine infections, infectious diseases of the gastrointestinal tract, repeated acute respiratory viral infections, sepsis.

3. Toxic factors- the use of low-quality milk mixtures with an expired shelf life, hypervitaminosis A and D, drug poisoning.

4. Disadvantages of care, regime, education.

Endogenous causes of malnutrition:

1. Perinatal encephalopathy of various origins.

2. Bronchopulmonary dysplasia.

3. Congenital malformations of the gastrointestinal tract, cardiovascular system, kidneys, liver, brain and spinal cord.

4. Primary malabsorption syndrome (deficiency of lactase, sucrose, maltase, cystic fibrosis, exudative enteropathy) or secondary (intolerance to cow's milk proteins, "short gut" syndrome after extensive bowel resections, secondary disaccharidase deficiency).

5. Hereditary immunodeficiency states.

6. Hereditary metabolic disorders.

7. Endocrine diseases (hypothyroidism, adrenogenital syndrome).

8. Anomalies of the constitution.

Pathogenesis:

With malnutrition, the utilization of nutrients (primarily proteins) is impaired both in the intestine and in tissues. In all patients, the excretion of nitrogenous products in the urine increases with a violation of the ratio between urea nitrogen and total urine nitrogen. A decrease in the enzymatic activity of the stomach, intestines, pancreas is characteristic, and the level of deficiency corresponds to the severity of malnutrition. Therefore, a nutritional load that is adequate for a healthy child can cause acute indigestion in a patient with II-III degree malnutrition. With malnutrition, the functions of the liver, heart, kidneys, lungs, immune, endocrine, and central nervous systems are disrupted.

Of the metabolic disorders, the most typical are: hypoproteinemia, hypoalbuminemia, aminoaciduria, a tendency to hypoglycemia, acidosis, hypokalemia and hypokalemia, hypocalcemia and hypophosphamenia.

Classification:

According to the severity, three degrees of malnutrition are distinguished: I, II, W: (Table 1). The diagnosis indicates the etiology, time of onset, period of the disease, comorbidity, complications. It is necessary to distinguish between primary and secondary (symptomatic) malnutrition. Primary malnutrition can be the main or concomitant diagnosis and is usually the result of undernutrition.

Secondary malnutrition- complication of the underlying disease. Diagnosis

malnutrition is competent in children up to 2-3 years of age.

Clinical picture:

All clinical symptoms of malnutrition in children for the following groups of syndromes:

1. Trophic_disorder syndrome- thinning of the subcutaneous fat layer, lack of body weight and disproportionate physique (Chulitskaya and Erisman indices are reduced), a flat weight gain curve, trophic skin changes, muscle thinning, decreased tissue turgor, signs of polyhypovitaminosis.

2. Syndrome of reduced food tolerance- loss of appetite up to anorexia, development of dyspeptic disorders (regurgitation, vomiting, unstable stool), decrease in secretory and enzymatic functions of the gastrointestinal tract.

3. CNS dysfunction syndrome- violation of emotional tone and behavior; low activity, the predominance of negative emotions, sleep disturbance and thermoregulation, delayed psychomotor development, muscle hypo-, dystonia.

4. Syndrome of decreased immunobiological reactivity- a tendency to frequent infections - inflammatory diseases, their erased and atypical course, the development of toxic-septic conditions, dysbiocenoses, secondary immunodeficiency states, a decrease in nonspecific resistance.

Hypotrophy I degree characterized by thinning of the subcutaneous fat layer in all parts of the body and especially on the abdomen. The fatness index of Chulitskaya is reduced to 10-15. Tissue turgor and muscle tone are reduced, the fat fold is flabby. Characterized by pallor of the bones and mucous membranes, a decrease in firmness and elasticity of the skin. The growth of the child does not lag behind the norm. The body weight deficit is 10-20%. The weight gain curve is flattened. The child's health is not disturbed. Psychomotor development corresponds to age. The child is restless, does not sleep well. Immunological reactivity is not broken.

Hypotrophy II degree. The subcutaneous fat layer is absent on the abdomen, chest, sharply thinned on the limbs, preserved on the face. Severe pallor, dryness, decreased elasticity of the skin. The fatness index of Chulitskaya is 0-10. Reduced tissue turgor (a skin fold hangs down on the inner surface of the thighs) and muscle tone. Active rickets in children is manifested by muscle hypotension, symptoms of osteoporosis, osteomalacia and hypoplasia. The body weight deficit is 20-30% (in relation to height), there is a lag in growth. The body weight gain curve is flat. Appetite is reduced. Food tolerance is reduced. Often regurgitation and vomiting are observed. Characterized by weakness and irritability, the child is indifferent to the environment. Sleep is restless. The child loses already acquired motor skills and abilities. Thermoregulation is impaired, and the child quickly cools or overheats.

Most children develop various diseases (otitis media, pneumonia, pyelonephritis), which are asymptomatic and long-term.

The chair is unstable (often liquefied, undigested, rarely constipation). Significantly reduced acidity of gastric juice, secretion and activity of enzymes of the stomach, pancreas and intestines. Subcompensated intestinal dysbacteriosis develops.

Hypotrophy III degree(marasmus, atrophy). Primary malnutrition of the III degree is characterized by an extreme degree of exhaustion: the external child resembles a skeleton covered with skin. The subcutaneous fat layer is absent. The skin is pale gray, dry. Extremities are cold. Skin folds do not straighten out, as there is no elasticity of the skin. Characterized by thrush, stomatitis. The forehead is covered with wrinkles, the chin is pointed, the cheeks are sunken. The abdomen is distended, distended, or bowel loops are contoured. The chair is unstable.

Body temperature is often lowered. The patient quickly cools on examination, easily overheats. Against the background of a sharp decrease in immunological reactivity, various

foci of infection that are asymptomatic. Significantly reduced muscle mass. The weight gain curve is negative. The body weight deficit exceeds 30% in children of appropriate height. The Chulitskaya index is negative. The child is severely retarded. With secondary malnutrition of the III degree, the clinical picture is less severe than with primary ones, they are easier to treat if the underlying disease is identified and there is an opportunity to actively influence it.

Hypotrophy- an eating disorder in a young child, which is characterized by a stop or slowdown in the growth of body weight, progressive thinning of the subcutaneous tissue, body proportions disorders, digestive and metabolic disorders, a decrease in specific and nonspecific body defenses, a tendency to develop other diseases, physical and neurological delay -mental development.

Cause and pathogenesis of malnutrition

Clinical manifestations of malnutrition

Hypotrophy I degree is rarely diagnosed

Hypotrophy II degree

With malnutrition of the II degree, changes occur in the cardiovascular system, respiratory organs, and liver. Polyglandular insufficiency develops. Most children with this form of eating disorder suffer from rickets, and every second child has anemia. There are various violations of protein, fat, carbohydrate, water-electrolyte and vitamin metabolism. The immunological reactivity is sharply reduced. Such children often get sick,. Moreover, these diseases against the background of malnutrition are asymptomatic, atypical; their end is often unfavorable.

Hypotrophy III degree (atrophy, insanity)

Face triangular, wrinkled; the nasolabial fold is deep, the jaws and cheekbones protrude, the chin is pointed, the cheeks are sunken. It is like the face of an old man ("Voltaire's face"). The thickness of the skin fold at the level of the navel decreases to 0.2 cm (thinned skin), Chulitsky's fatness index is negative, proportionality is sharply distorted. The skin is pale gray, sometimes purple-blue, hangs in folds on the neck and limbs, dry, flaky, in some places there are areas of pigmentation, its elasticity is lost, the skin fold does not straighten out, the tissue turgor is sluggish, muscle tone is reduced, although hypertension is also possible, conjunctiva and oral mucosa are dry. The mouth is large, the lips are scarlet (blood thickening), cracks form in the corners of the mouth (“sparrow's mouth”). The child loses more than 30% of body weight, sharply lags behind in growth (more than 4 cm), psychomotor development.

Breathing is superficial, apnea periodically appears. Heart sounds are weakened or deaf, there is a tendency to bradycardia, blood pressure is reduced. The abdomen is enlarged due to flatulence, the anterior abdominal wall is thinned, loops of the intestines are visible. There is an alternation of constipation with soapy-lime stools. The processes of hydrolysis and absorption are sharply weakened due to hypofermentopathy, which develops as a result of atrophy of the mucous membrane of the small intestine, liver, pancreas and other organs. Most patients have rickets, anemia, bacterial infection (pneumonia, sepsis, otitis media, pyelonephritis, etc.). All types of metabolism are severely impaired; immunological insufficiency, extinction of function and atrophy of organs of regulatory systems (nervous, endocrine), dysbacteriosis of II-III degree are observed. The terminal period is characterized by hypothermia (33-32 ° C), bradycardia (60-40 per 1 min), hypoglycemia; completely indifferent to the environment, the child slowly dies.

Prenatal malnutrition

In children with intrauterine growth retardation, hypotension, decreased physiological reflexes, decreased appetite, impaired thermoregulation, tendency to hypoglycemia, late falling off of the umbilical residue, sluggish healing of the umbilical wound, prolonged transient jaundice, regurgitation, and unstable stools are observed. The main diagnostic criterion for prenatal malnutrition in full-term newborns should be consider a decrease in the weight-height coefficient below 60. This index is unsuitable for assessing this condition in premature babies. In this case, the following formula is used: the trophic index (IT) is equal to the difference between the length and circumference of the thigh (cm). In preterm infants with a gestational age of 36-37 weeks, in the absence of clinical signs of malnutrition, IT = 0, with malnutrition of I degree, IT is 1 cm, II degree - 2 cm, III degree - C cm or more. Convenient is the method of calculating the body weight deficit of preterm infants according to gestational age: birth weight deficit of 10-20% - I degree, 20-30% - II degree, 30% or more - III degree of malnutrition.

Hypostatura

Treatment of children with malnutrition is a complex problem. Daily it is necessary to take into account the dynamics of body weight, the amount of fluid and food consumed, regurgitation, vomiting, bowel movements.

With hypotrophy of the I degree, the period of clarification of tolerance to food is 1-3 days. It is carried out according to the following scheme. First eliminate the shortcomings of feeding, prescribe food appropriate for age (on the 1st day - 1/2-2/3 of the daily volume, on the 2nd - 2/3-4/5 and on the 3rd day - the full daily volume) . The amount of food that is missing is compensated with liquid (vegetable, fruit, rice and other decoctions, infusions of medicinal plants, digested water). The amount of nutrition is calculated in accordance with a certain body weight, the lack of food of one or another component is corrected by adding protein (cottage cheese, yolk, acidophilic paste, protein enpit), fat (fat enpit, butter, cream), carbohydrates (vegetables, fruits, cereals, refined carbohydrates).

In some cases, in order to improve the processes of digestion, substitution therapy (enzymes) is prescribed. Give ascorbic acid, ergocalciferol, B vitamins through the mouth. In the absence of other diseases, children with grade I malnutrition are treated at home.

Treatment of patients with malnutrition II and III degree is carried out in a hospital. In case of malnutrition of the II degree during the 1st week, 1/2 of the required daily volume of food is prescribed, on the 2nd - 2/3, on the 3rd - the full volume. With hypotrophy of the III degree - On the 1st week - 1/3, 2nd - 1/2, 3rd - 2/3 and 4th - full volume. The frequency of its reception is increased by 1-2 and 2-3 times, respectively. The rest of the daily volume is provided with liquid (vegetable and fruit decoctions, electrolyte solutions, parenteral feeding).

For parenteral nutrition, amino acid mixtures are used (polyamine, Vamin, Alvezin "New", Amikin, Levamine, etc.), 10% glucose solution with insulin (5-8 days, daily or every other day, 5-6 times). Within 2-3 weeks, in doses exceeding physiological by 3-5 times, children are given vitamins (group B, ascorbic acid, vitamin P preparations, ergocalciferol). In order to improve the processes of hydrolysis and absorption in the digestive tract for a period of 2-3 weeks enzyme preparations are prescribed (gastric juice, pancreatin, Pepsidil, festal, panzinorm, abomin, etc.).

In the first days, courses of treatment are carried out with drugs that stimulate metabolism (apilac, pentoxyl, ginseng tincture, pantocrine), and during the recovery period, potent anabolic hormones (methandrostenediol, nerobol, retabolil, etc.) are used..

Prevention of antenatal malnutrition consists in the treatment of toxicosis of pregnant women, the observance of hygienic working conditions, life, nutrition, the exclusion of bad habits, and the like. Natural feeding in combination with the correct regimen and education, periodic determination of the chemical composition of food and body weight dynamics is a prerequisite for excluding the development of postnatal malnutrition.

Prevention of any acute and chronic, acquired, hereditary and congenital disease and early diagnosis is the most important step in the prevention of malnutrition.