Embryodynamics presents fetal development several times, often under different levels of magnifications and in 2D or 3D views. Animations also have visual effects to virtually peel tissues, cut through organs, see through, zoom, and rotation.
Embryodynamics covers fields of cell biology, neuroscience, gynecology/obstetrics, cardiology, pediatrics or neonatalogy, dermatology, physiology, hematology, pulmology, endocrinology, and many other general or special subjects.
Rarely found elsewhere, Embryodynamics animations can also include side-by-side illustrations of malformations, thus providing complete coverage of each organ.
Amnion
Aortic arches
Blood and blood vessels
Body cavities
Central nervous system
Chromosomal anomalies
Cleavage
Cloaca
Cycles
Deciduae
Descent of sexual organs
Diaphragm
Digestive system
Ear
Embryology beginning
Embryonic circulation
Endochondral ossification
Endocrine glands
External genitalia
Eye
Face
Fertilization
Fetal circulation
Gametogenesis
Gastrulation
Gonads
Heart
Implantation
Integumentary system
Kidney
Liver
Long bone growth in diameter
Lymphatic system
Membranous ossification
Mesoderm
Myogenesis
Nerve fibres
Notochord
Olfactory
Pancreas
Pericardial reflexions
Pharyngeal arches
Placenta
Prostate
Respiratory system
Secondary ossification
Sex differentiation
Skeleton
Somites
Teeth
Tongue
Twins
Umbilical cord
Urinary bladder
Uterus during pregnancy
Veins
Quickly review a topic that needs some clarification by putting your visual memory to good use. Learn faster and better thanks to many detailed legend panels which complement your existing textbooks.
Use the existing Embryodynamics pedagogical approach to get a fresh perspective on a theme and share it with your audience; save on preparation time and project sequences to support your lectures.
Make things easier to understand by accompanying your explanation with an Embryodynamics animation of a developmental process, in particular for malformations.
"As a teacher of histology and embryology, I noticed that my students often had difficulties understanding histophysiological and embryological dynamic processes. Most textbooks only illustrate the beginning and terminal stages and fail to depict the intermediate stages.
In order to facilitate the comprehension of embryological dynamics, I started producing computer-aided animations for my lectures and, encouraged by the positive feedback from my students, I continued to animate all of my lectures dealing with embryology.
Embryodynamics animations are available for medical, veterinary, and biology students and professors as well as for anyone who is interested in embryology. Embryodynamics complements the descriptions provided in embryological textbooks, as every important chapter of normal human development, including corresponding malformations, is animated to accelerate learning and understanding of embryology."
Prof. Dr. Radivoj Krstic