MORPHOLOGICAL PARAMETERS OF THE THYMUS GLAND IN CHILDREN
Keywords:
Keywords: thymus; children; involution of the thymus gland; thymus morphology.Abstract
Objective: to determine the degree of study of scientific literary sources on the
morphology of thymus in children.
References
REFERENCES / СНОСКИ / ИҚТИБОСЛАР:
Aiman A. L. R. et al. The Enigmatic Functional Role of Thymus Gland in Fighting
Against SARS-CoV-2 and COVID-19-Literature Review. – 2021.
Ageeva V. A. Morphology of the thymus of a growing organism under the influence
of dosed hypodynamy and hypokinesia: dis. - St. Petersburg: VA Ageeva, 2017.
Artishevsky A. A. Debating issues of the development of thymus. – 2016.
Bashmakov O. A. Microcirculatory channel and vascular tissue relationships of a
human thymus capsule in pre-and postnatal ontogenesis: dis. - M.: OA Bashmakov,
Bahronov A.R. and others. Use of combined antiseptics in the treatment of acute
pharyngitis//Bulletin of the Kazakh National Medical University. – 2014. – №. 2-3.
- S. 14-15.
Bibikova AA, Pikalova LP, Blinova NV, Medvedeva AA. Pathomorphology of the
thymus gland in children of the first three years of life in the Tver region in
Tver Medical Journal. 2020; (4): 18-22.
Breusenko D.V. and others. Modern ideas about the morphology of the
thymus//Pediatrician. – 2017. – T. 8. – №. 5. - S. 91-95.
Galeeva E. N. Morphological characteristic of the functional zones of human
thymus in the intermediate fetal period of ontogenesis//Orenburg Medical Bulletin.
– 2015. – T. 3. – №. 2 (10).
Gomon M. S. and others. Macroscopic features of children's thymus according to
CT images taking into account age and sex//Bulletin of Volgograd State Medical
University. – 2020. – №. 2 (74). - S. 57-60.
Huseynov T. S. and others. Morphology of colon lymph nodules in humans in
ontogenesis//News of higher educational institutions. Volga region. Medical
sciences. – 2015. – №. 3 (35). - S. 5-14.
Islamov Sh. E. and others. Defects in the provision of medical care in the practice
of otorhinolaryngology//Achievements in science and education. – 2020. – №. 4
(58).
Jacobs M. T., Frush D. P., Donnelly L. F. The right place at the wrong time:
historical perspective of the relation of the thymus gland and pediatric radiology
//Radiology. – 1999. – Т. 210. – №. 1. – С. 11-16.
Korzhavov S. O. and others. The role of the Latin language in medicine and in the
modern world//International Scientific and Practical Conference World science. –
ROST, 2017. – T. 5. – №. 6. - S. 40-42.
Kulida L.V. Morphology of the thymus and placenta in fetuses and newborns with
extremely low body weight: dis. - Yaroslavl: LV Kulida, 2010.
Khusanov E. U., Ismoilov O. I., Korzhavov Sh. O. Influence of umbilical cord blood
cell preparations on skin morphology//International Scientific Review of the
Problems of Natural Sciences and Medicine, Boston, USA. – 2019. - C. 383-394.
Khusanov E. U., Korzhavov Sh. O., Ortikbaeva N. T. Morphological picture of the
degranulation of apudocytes of the gastroduodenal zone during experimental fasting//International Scientific and Practical Conference World science. – ROST,
– T. 5. – №. 5. - S. 59-61.
Kuzmenko LG. Comments to discussion about human constitution, constitutional
types and different diatheses. Pediatrics. 2005; 84(5): 76-84.
Lastovka I. N., Matveev V. A. Assessment of the magnitude of the thymus gland in
newborns according to ultrasound research//Problems of health and ecology. –
– №. 4. - S. 38-42.
Lemons D, McGinnic W. Genomic evolution of Hox gene clusters. Science. 2016
Loginova N.P. Immunomorphological aspects of the structure of thymus in children
of the first year of life in congenital heart defects//Medical almanac. – 2015. – №.
(37). - S. 112-116.
Mudrak DA, NAvolokin NA, Myl'nikov AM, Polozhenkov AE, Maslyakova
GN. Histological signs of the thymic enlargement. J of Anatomy and
Histopathology. 2020
Nicholls G, Martin R, Wallace B, Fuchs P. From Neuron to Brain. M., 2013.
Oblakulovich K. S. et al. The Thymus Gland (Thymus) Aspects in Children
(Review of Literature) //Central asian journal of medical and natural sciences. –
– Т. 3. – №. 2. – С. 9-16.
Patel P. M. et al. Normal thymic uptake of FDG on PET imaging //Clinical nuclear
medicine. – 1996. – Т. 21. – №. 10. – С. 772-775.
Polotsky B.E. and others. Thymus neoplasms (literature review)//Siberian
Oncology Journal. – 2008. – №. 1. - S. 75-84.
Sarenko A. A. Topographic-anatomical justification of the study of the thymus
gland in prenatal ontogenesis//Bulletin of Orenburg State University. – 2011. – №.
(135). - C. 343-344.
Savino W. The thymus gland is a target in malnutrition //European journal of
clinical nutrition. – 2002. – Т. 56. – №. 3. – С. S46-S49.
Sikandar А, Shahzaib, Ullah N. Microarchitecture of the thymus gland, its age and
disease-associated morphological alterations, and possible means to prolong its
physiological activity. Thymus, 2020.
Shamatov I. Ya., Khushvakova N. Zh., Iskhakova F. Sh. Comprehensive treatment
of acute laringites//Collection of scientific articles based on the results of the
International Scientific Forum. – 2019. – Page 98.
Rezzani R. et al. Thymus and aging: morphological, radiological, and functional
overview //Age. – 2014. – Т. 36. – №. 1. – С. 313-351.
Rovda Yu. I. and others. Aspects of childhood thymus gland (part iv). timus and
covid-19//Mother and child in Kuzbass. – 2021. – №. 4 (87). - S. 17-26.
Silantyeva I.V. and others. Anatomological and morphological features and
methods of assessing the transverse size and volume of the thymus gland in
children//Mother and child in Kuzbass. – 2011. – №. 2. - S. 11-16.
Tolstova E. M., Zaitseva O. V. Physiology and pathology of the thymus in
childhood//Pediatrics. Magazine named after MR. Speransky. – 2018. – T. 97. – №.
- S. 166-172.
Volkov V.P. Functional immunomorphology of the thymus in the aspect of
ontogenesis//Innovations in science. – 2015. – №. 8 (45).
Zahid M. et al. Morphofunctional state of thymus during the introduction of the
immunomodulator "Polyoxidonium "//Bulletin of the Chuvash State Pedagogical
University named after IYA Yakovlev. – 2011. – №. 4-1. - S. 88-93.
Zheleznov L. M. and others. Differences in the topography of the organs of the
thoracic cavity of the fetus depending on the level relative to the spine//Bulletin of
new medical technologies. – 2012. – T. 19. – №. 2. - S. 172-175.
