Wyniki wyszukiwania

1

Mozliwosc leczenia calkowitej gluchoty przy pomocy implantow slimakowych i pniowych

100%

Skarzynski H.

Kosmos

|

1998

|

tom 47

|

nr 3

261-270

2

Wybrane zagadnienia dotyczace utraty sluchu i leczenia najczestszych jego uszkodzen

100%

Skarzynski H.

Kosmos

|

1998

|

tom 47

|

nr 3

375-382

3

Artykuł dostępny w postaci pełnego tekstu - kliknij by otworzyć plik

Jak słyszy bardzo młody mózg i co jeśli nie słyszy?

63%

Matusiak M., Skarzynski H.

Wszechświat

|

2019

|

tom 120

|

nr 01-03

4

Topography of the lymphati network of the laryngeal mucosa

51%

Skarzynska B., Kukwa A., Skarzynski H.

Folia Morphologica

|

1985

|

tom 44

|

nr 1

5

Changes in the lymphatic vessels network of the larynx caused by atrophy and hypertrophy of mucosa

51%

Skarzynski H., Skarzynska B., Kukwa A., Nowak M.

Folia Morphologica

|

1988

|

tom 47

|

nr 1-4

6

The size of selected human skull foramina in relation to skull capacity

51%

Wysocki J., Reymond J., Skarzynski H., Wrobel B.

Folia Morphologica

|

2006

|

tom 65

|

nr 4

301-308

An anatomical study was undertaken in order to investigate whether the sizes of selected human skull foramina with significant venous compartments correlated significantly with skull capacity. A total of 100 macerated human skulls were examined to determine the diameter of the foramina and the skull capacity. Measurements of the surface area of the foramina were made using a computerised digital analysis system. Only the size of the hypoglossal canal and jugular foramen were found to correlate significantly with the capacity of the skull. This correlation, together with the considerable size of the hypoglossal canal, indicated its important role in the venous drainage of the brain. There was considerable centralisation of venous outflow from the brain, with 60% of the area of all venous foramina of the skull occupied by jugular foramina. Asymmetry between the right and left jugular foramina was identified, with an average ratio of 1.6 (ranging between 1 and 3.47). In the case of right-sided domination the correlation between the skull capacity and the size of both jugular foramina was negative (the larger the skull cavity, the less the asymmetry), while in the case of left-sided domination the correlation was positive. Perhaps the left-sided domination is less advantageous for the haemodynamics of blood outflow, as the left brachiocephalic vein is longer and is often compressed by the sternum and aortic arch.

7

The influence of attention on neurophysiological responses to spoken sentences

51%

Senderski A., McPherson D., Skarzynski H., Zawadzki R.

Acta Neurobiologiae Experimentalis

|

1999

|

tom 59

|

nr 3

8

Lymphatic vessels in the laryngeal mucosa - the glottis network

51%

Skarzynska B., Nowak M., Skarzynski H., Kukwa A.

Folia Morphologica

|

1988

|

tom 47

|

nr 1-4

9

Anatomia topograficzna ucha srodkowego i wewnetrznego krolika

51%

Wysocki J., Skarzynski H., Krasucki K.

Medycyna Weterynaryjna

|

2007

|

tom 63

|

nr 06

731-735

In the available literature there is no fully sufficient and exhaustive description of the topographical anatomy of a rabbit’s temporal bone. An anatomical study was conducted on 24 rabbits’ temporal bones obtained from 12 individuals of both sexes, routinely euthanized after drug tests. The external acoustic meatus is situated obliquely to the lateral skull surface. The mean length of the bony part of the external acoustic meatus is 6.42 mm. In close proximity to the external acoustic pore lie the stylomastoid and postglenoid foramina, situated about 5 mm from the pore rim. The tympanic cavity is divided into several compartments. Among them, the largest ones are: epitympanic recess and tympanic sinus. The epitympanic recess is a cave of a diameter of about 3.5 mm. From the lateral side it is closed by a root of the zygomatic process, and a medial wall of the external acoustic meatus. From the medial side its wall creates the prominence of the anterior semicircular canal, neighboring with subarcuate fossa. Ventrally it is bordered by the facial canal and in this wall the prominence of the lateral semicircular canal is clearly visible. The tympanic recess is frontally bordered by the promontorium, superiorly by the facial canal, ventrally and medially by the bony wall surrounding the jugular foramen, embracing the internal jugular vein and cranial nerves: IX, X, XI. The promontory is the clearest topographical landmark in the tympanic cavity; however, it is not visible from the external acoustic meatus but only after passing the tympanic bulla opening. Frontally from promontory runs the carotid artery in its internal own canal. The mean minimal distance between carotid canal and round window is 4.34 mm. The easiest and safest approach to the tympanic cavity leads either through the epitympanic recess or through the ventral wall of the tympanic bulla. It is important to bear in mind the close proximity of the facial nerve and temporal canal in the first one and carotid artery and the jugular foramen in the second one.

10

Podstawy badania ABR u psów i kotów

51%

Malkowska-Niedzielska J., Skarzynski H., Kochanek K.

Weterynaria w Praktyce

|

2008

|

tom 05

|

nr 6

11

Laryngeal carcinomas stimulate locally formation and resorption of adjacent bones

51%

Wlodarski K. H., Kukwa A., Skarzynski H.

Bulletin of the Polish Academy of Sciences. Biological Sciences

|

1987

|

tom 35

|

nr 4-6

12

Brain stem implantable electrodes in management of total deafness after removal of acoustic neuroma - a review of operative approaches

51%

Skarzynska B., Skarzynski H., Niemczyk K.

Folia Morphologica

|

1996

|

tom 55

|

nr 4

13

Mastoid emissary in man. An anatomical-clinical study

51%

Piasecki K., Wysocki J., Skarzynski H., Reymond J.

Folia Morphologica

|

1995

|

tom 54

|

nr 3

14

Anatomia kliniczna ucha srodkowego psa domowego

45%

Skibniewski M., Skarzynski H., Kochanek K., Kupczynska M., Makowiecka M.

Magazyn Weterynaryjny

|

2009

|

tom 18

|

nr 10

1106

15

Anatomia kliniczna ucha wewnetrznego psa domowego

45%

Makowiecka M., Skibniewski M., Kupczynska M., Skarzynski H., Kochanek K.

Magazyn Weterynaryjny

|

2010

|

tom 19

|

nr 10

1094

16

Lymphatic net in the mucosa of the trachea and infraglottic area

45%

Skarzynski H., Skarzynska B., Kukwa A., Deszczynska H., Pagacz I.

Folia Morphologica

|

1988

|

tom 47

|

nr 1-4

17

Auditory skills development in a patient provided with auditory brainstem implant

39%

Skarzynski H., Sliwa L., Szuchnik J., Lorens A., Senderski A., Zawadzki R.

Acta Neurobiologiae Experimentalis

|

1999

|

tom 59

|

nr 3

18

Central auditory processing disorder (CAPD) tests in a school-age hearing screening programme – analysis of 76,429 children

33%

Skarzynski P. H., Wlodarczyk A. W., Kochanek K., Pilka A., Jedrzejczak W. W., Olszewski L., Bruski L., Niedzielski A., Skarzynski H.

Annals of Agricultural and Environmental Medicine

|

2015

|

tom 22

|

nr 1

Ograniczanie wyników

Mozliwosc leczenia calkowitej gluchoty przy pomocy implantow slimakowych i pniowych

Wybrane zagadnienia dotyczace utraty sluchu i leczenia najczestszych jego uszkodzen

Jak słyszy bardzo młody mózg i co jeśli nie słyszy?

Topography of the lymphati network of the laryngeal mucosa

Changes in the lymphatic vessels network of the larynx caused by atrophy and hypertrophy of mucosa

The size of selected human skull foramina in relation to skull capacity

The influence of attention on neurophysiological responses to spoken sentences

Lymphatic vessels in the laryngeal mucosa - the glottis network

Anatomia topograficzna ucha srodkowego i wewnetrznego krolika

Podstawy badania ABR u psów i kotów

Laryngeal carcinomas stimulate locally formation and resorption of adjacent bones

Brain stem implantable electrodes in management of total deafness after removal of acoustic neuroma - a review of operative approaches

Mastoid emissary in man. An anatomical-clinical study

Anatomia kliniczna ucha srodkowego psa domowego

Anatomia kliniczna ucha wewnetrznego psa domowego

Lymphatic net in the mucosa of the trachea and infraglottic area

Auditory skills development in a patient provided with auditory brainstem implant

Central auditory processing disorder (CAPD) tests in a school-age hearing screening programme – analysis of 76,429 children