Confocal microscopy combined with 3D graphics enable to study spatial characteristics of biological objects on microscopic level. Human sperm cells have a typical shape with marked asymmetry in its frontal-back part. 2D analysis with optical microscope gives mainly information about horizontal plane of the cell. Presented parametrical model provides important geometrical parameters describing 3D shape of the cell surface using 3D reconstruction of horizontal cross-sections acquired by a confocal microscope
Most living cells are optically transparent which makes it difficult to visualize them under bright ...
SIRE(opens in a new window)|View at Publisher| CSV export | Download | Add to List | More... ...
For the monitoring of biological samples, physical parameters such as size, shape and refractive ind...
Confocal microscopy combined with 3D graphics enable to study spatial characteristics of biological ...
We present a multidisciplinary approach for predicting how sperm cells with various morphologies swi...
<p>1. Maximum diameter; 2. Width; 3. Perimeter; 4. Surface area; 5. Maximum height; 6. Average heigh...
Semen quality assessed by sperm count and sperm cell characteristics such as morphology and motility...
Sperm motility in the female genital tract is a key factor in the natural selection of competent cel...
Objective: To develop a method for the acquisition and processing of 3-dimensional images based on c...
A hybrid boundary integral/slender body algorithm for modelling flagellar cell motility is presented...
We report the investigation of the identification and measurement of region of interest (ROI) in qua...
(a) A 3D tissue geometry in which all 3D cells have the same shape index, p3D = 5.40, from the 3D Vo...
Confocal microscope permits the generation of three-dimensional images of biological and nonbiologic...
Sperm morphology is regarded as a significant prognostic factor for fertilization, as abnormal sperm...
The flagellar beat is extracted from human sperm digital imaging microscopy and used to determine th...
Most living cells are optically transparent which makes it difficult to visualize them under bright ...
SIRE(opens in a new window)|View at Publisher| CSV export | Download | Add to List | More... ...
For the monitoring of biological samples, physical parameters such as size, shape and refractive ind...
Confocal microscopy combined with 3D graphics enable to study spatial characteristics of biological ...
We present a multidisciplinary approach for predicting how sperm cells with various morphologies swi...
<p>1. Maximum diameter; 2. Width; 3. Perimeter; 4. Surface area; 5. Maximum height; 6. Average heigh...
Semen quality assessed by sperm count and sperm cell characteristics such as morphology and motility...
Sperm motility in the female genital tract is a key factor in the natural selection of competent cel...
Objective: To develop a method for the acquisition and processing of 3-dimensional images based on c...
A hybrid boundary integral/slender body algorithm for modelling flagellar cell motility is presented...
We report the investigation of the identification and measurement of region of interest (ROI) in qua...
(a) A 3D tissue geometry in which all 3D cells have the same shape index, p3D = 5.40, from the 3D Vo...
Confocal microscope permits the generation of three-dimensional images of biological and nonbiologic...
Sperm morphology is regarded as a significant prognostic factor for fertilization, as abnormal sperm...
The flagellar beat is extracted from human sperm digital imaging microscopy and used to determine th...
Most living cells are optically transparent which makes it difficult to visualize them under bright ...
SIRE(opens in a new window)|View at Publisher| CSV export | Download | Add to List | More... ...
For the monitoring of biological samples, physical parameters such as size, shape and refractive ind...