Granted Patent B2

US 12,361,839 · App. 18/755,749 · Granted Jul 15, 2025

Inventors: Navin Mandal (Thane, IN); Amit Ranjan (Pune, IN); Amresh Kumar (Mumbai, IN); Nitin Dongre (Pune, IN); Sneha Adsule (Pune, IN)

Assignee: IMMERSIVEVISION TECHNOLOGY PVT. LTD

G09B5/065A61B34/10G06T13/20G16B5/00A61B2034/105G06T2200/24G06T2210/41

Abstract

Claims (58)

1. A simulation system for embryology comprising:

a processing system hosted on a server and accessible by a registered device, wherein said processing system comprising:

an interactive module including the following selectable options:

(1) a general embryology module, (2) a systemic embryology module, (3) a genetics module, and (4) a stem cells module,

(1) said general embryology module includes a week module,

wherein said week module includes selectable options: a developmental—camogie stages module and a cellular—carnegie stages module;

(2) said systemic embryology module includes of a skeletal system module, wherein said skeletal system module includes selectable options: a development module and a congenital disorder module,

wherein said development module includes selectable options: an introduction module, a development of vertebral column module, a rib cage module, a sternum module, a skull module, a formation of limbs module and joints module,

wherein said congenital disorder module includes selectable options: a congenital anomalies of vertebral column module, an anomalies of sternum and ribs module, an anomalies of the skull module and an anomalies of limbs module;

(3) said genetics module includes a basic genetic module and a genetic disorders module,

wherein said genetic module includes selectable options: a genes module and a chromosomes modules,

wherein said genes module includes selectable options: a DNA and RNA module, a control of development of embryo module, and a components required, for expression of gene module,

wherein said chromosomes module includes selectable options: a haploid module and a diploid module, and autosome and sex chromosomes module,

wherein said genetic disorder module includes selectable options: a chromosomal abnormalities module, an inheritance of genetic disorder module, a congenital defect module and a clinical correlations module;

wherein said chromosomal abnormalities module includes selectable options: a patau's syndrome module and a turner syndrome module,

wherein said inheritance of genetic disorder module includes selectable options: a pedigree chart module and an autosomal dominant inheritance module;

(4) said stem cells module includes selectable options: a basic module and a clinical important module,

wherein said basic module includes an introduction module,

wherein said introduction module includes selectable options: a stem cells production module, a sources for stem cells module and a classification module,

wherein said clinical importance module includes a therapeutic uses module,

wherein said therapeutic uses module includes an example module;

 a text module configured to display text from the selection of said interactive module;

 an audio-video module configured to play the audio and video content from the selection of said interactive module;

 a three-dimensional simulation module configured to allow simulation from the selection of said interactive module;

 a fetal surgery and intervention simulation module to configure to provide simulated surgery through said three-dimensional simulation module; and

 a comparative module configured to compare fetal anatomical structures and physiology at different developmental stages of age to adults;

wherein said interactive module, said text module, said audio-video module, said three-dimensional simulation module, said fetal surgery and intervention simulation module and said comparative module are interlinked.

2. The simulation system for embryology system as claimed in claim 1 , wherein said simulation adapted by a virtual reality headset and haptic sensors handheld device, wherein said virtual reality headset and said haptic sensors handheld device are connected to said registered device.

3. The simulation system for embryology system as claimed in claim 1 , wherein said simulation is performed by operating the touch screen of said device.

4. A simulating method for embryology, comprising:

providing a simulation and understanding embryology system includes a processing system, an interactive module, a text module, an audio-video module, a three-dimensional simulation module, a fetal surgery and intervention simulation module and a comparative module;

selecting, by a user through a registered device, from said interactive module, wherein selectable options include:

(1) a general embryology module, (2) a systemic embryology module, (3) a genetics module and (4) a stem cells module,

(1) said general embryology module includes a week module wherein said week module includes selectable options: a developmental—camogie stages module and a cellular—carnegie stages module;

(2) said systemic embryology module includes of a skeletal system module, wherein said skeletal system module includes selectable options: a development module and a congenital disorder module,

wherein said development module includes selectable options: an introduction module, a development of vertebral column module, a rib cage module, a sternum module, a skull module, a formation of limbs module and joints module,

wherein said congenital disorder module includes selectable options: a congenital anomalies of vertebral column module, an anomalies of sternum and ribs module, an anomalies of the skull module and an anomalies of limbs module;

(3) said genetics module includes a basic genetic module and a genetic disorders module,

wherein said genetic module includes selectable options: a genes module and a chromosomes modules,

wherein said genes module includes selectable options: a DNA and RNA module, a control of development of embryo module, and a components required for expression of gene module,

wherein said chromosomes module includes selectable options: a haploid module and a diploid module and autosome and sex chromosomes module,

wherein said genetic disorder module includes selectable options: a chromosomal abnormalities module, an inheritance of genetic disorder module, a congenital defect module and a clinical correlations module;

wherein said chromosomal abnormalities module includes selectable options: a patau's syndrome module and a turner syndrome module,

wherein said inheritance of genetic disorder module includes selectable options: a pedigree chart module and an autosomal dominant inheritance module;

(4) said stem cells module includes selectable options: a basic module and a clinical important module,

wherein said basic module includes an introduction module,

wherein said introduction module includes selectable options: a stem cells production module, a sources for stem cells module and a classification module,

wherein said clinical importance module includes a therapeutic uses module

wherein said therapeutic uses module includes an example module;

displaying textual data, through a textual module, based on the selections in said interactive module;

playing audio and video content, through the audio-video module, based on the selections of said interactive module;

selecting, by the user through said registered device, a three-dimensional simulation module to allow simulation from the selections of said interactive module;

performing, by the user through said registered device, three-dimensional simulation by the user;

conducting surgery in a fetal surgery and intervention simulation module; and

conducting comparison, through a comparative module, of fetal anatomical structures and physiology at different developmental stages of age to adults;

wherein said interactive module, said text module, said audio-video module, said three-dimensional simulation module, said fetal surgery and intervention simulation module and said comparative module are interlinked.

5. The simulating method for embryology as claimed in claim 4 , wherein said simulation adapted by a virtual reality headset and haptic sensors handheld device, wherein said virtual reality headset and said haptic sensors handheld device are connected to said registered device.

6. The simulating method for embryology as claimed in claim 4 , wherein said simulation adapted by a touch screen of said registered device.

Assignments (1)

Priority Claims (1)

Continuity (1)

References Cited (15)