Get the Optimal Load Calculation for Faster Healing of Lower Limb Fractures
About us
The company "FISON" specializes in one of the applications of the finite element analysis (FEA) method, which aids in modeling lower limb bones. FEA analysis helps in simulating and predicting fatigue failure of bones and implants used in orthopedics. The calculation of cyclic loading on bones and implants is a critical factor for the success of treatment and patient recovery
.Since 2020, we have been working to improve the rehabilitation process for patients.
In 2021-2022, our company won two grants of $25,000 and $50,000 from the Ukrainian Startup Fund, which propelled the development of our business.
.Since 2020, we have been working to improve the rehabilitation process for patients.
In 2021-2022, our company won two grants of $25,000 and $50,000 from the Ukrainian Startup Fund, which propelled the development of our business.
Our team
- Dmytro MakartsevDirector
- Vladyslav BilyiEngineer
- Krasnobaeva OlgaRadiologist
The main idea of our approach is to determine the optimal load on a fractured bone after osteosynthesis. This allows patients to know how much weight they can put on their lower limb to ensure the fracture heals as quickly as possible and the metal fixator remains intact. Our methods provide individually tailored recommendations that promote rapid recovery and reduce the risk of complications.
Current cases
At the moment, we are focusing on the analysis of the following types of fractures:
Our process includes several key stages:
Computed Tomography (CT):
We conduct a high-precision scan of the patient's bone after metal osteosynthesis to obtain a detailed anatomical model.
Bone Modeling:
Using software, we convert CT data into a three-dimensional model of the bone, including the fixator and the fracture zone. We utilize radiological density to accurately reproduce the material properties of each component.
Finite Element Analysis (FEA):
We use ANSYS software to perform stress-strain analysis of the bone under different loads. We examine the stresses and deformations that occur at each load level and determine the optimal load that will promote safe and rapid fracture healing.
Why Choose Us?
Our approach ensures a high level of individualized treatment based on precise analysis of real data for each patient. We use advanced technologies and analytical methods to help our patients return to normal life more quickly.
At the moment, we are focusing on the analysis of the following types of fractures:
- Ankle fractures
- Tibial shaft fractures
- Femoral shaft fractures
- Distal tibia fractures
- Distal femur fractures
Our process includes several key stages:
Computed Tomography (CT):
We conduct a high-precision scan of the patient's bone after metal osteosynthesis to obtain a detailed anatomical model.
Bone Modeling:
Using software, we convert CT data into a three-dimensional model of the bone, including the fixator and the fracture zone. We utilize radiological density to accurately reproduce the material properties of each component.
Finite Element Analysis (FEA):
We use ANSYS software to perform stress-strain analysis of the bone under different loads. We examine the stresses and deformations that occur at each load level and determine the optimal load that will promote safe and rapid fracture healing.
Why Choose Us?
Our approach ensures a high level of individualized treatment based on precise analysis of real data for each patient. We use advanced technologies and analytical methods to help our patients return to normal life more quickly.
How It Works
- The patient gets a CT scan and provides it to us.
- Using the CT scan and specialized software, we create a model of the bone.
- Then, using finite element analysis, we analyze the bone's stress-strain state and determine the optimal load.
- The patient gives the completed calculations to their doctor.
- The doctor creates or adjusts the rehabilitation program based on the obtained data.
- The patient begins a successful journey toward the fastest possible rehabilitation.
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Contacts
Phone number: +38(063)157-03-44
Email: dmitriy@fisonfea.com
Email: dmitriy@fisonfea.com
Office 211, Batumska street 11, Dnipro, 49074, Ukraine
