Digital exercises to help treat the cognitive sequelae of stroke.
Trains and strengthens essential cognitive abilities in a professional way. Comprehensive report of results, progress, and evolution.
Who is it for?
This product is not for sale. This product is for research purposes only. For more info see CogniFit Research Platform
Multi-platform
Digital exercises to help treat the cognitive sequelae of stroke.
Enter the desired number of patients and their months of training. Please note that the patient's subscription will begin at the time the patient registers. You may replace one patient with another if necessary.
Enter the desired number of family members and their training months. Please note that the member's subscription will begin at the time of registration. You may replace one family member with another if necessary.
Enter the desired number of students and their training months. Please note that the student's subscription will begin at the time of registration. You may replace one student for another if necessary.
Enter the desired number of participants and their training months. Please note that the participant's subscription will begin at the time of registration. You may replace one participant for another if necessary.
One-time payment
Leaders in cognitive stimulation and neuropsychological rehabilitation of stroke.
Leaders in cognitive stimulation and neuropsychological rehabilitation of stroke.
- Access a digital personalized rehabilitation program of activities and exercises
- Helps to restore or compensate for the cognitive sequelae derived from stroke and to promote recovery.
- Discover a comprehensive results report on the progress, and evolution
The digital exercises and tasks offered by CogniFit to aid cognitive recovery after a stroke enable stimulation and rehabilitation of some of the major sequelae of stroke , such as hand-eye coordination, naming, perception (vision and hearing), memory, attention span and planning skills.
Patients who receive early cognitive rehabilitation treatment after stroke show increased sensitivity to the benefits of the treatment and may be able to reduce, compensate for, and even recover brain damage .
CogniFit rehabilitation exercises have been designed by professionals, and are aimed at enhancing brain plasticity and helping to compensate for or recover some of the major cognitive sequelae. Practicing these exercises can help promote recovery, improve autonomy and quality of life for patients who have had a stroke and show mild-moderate sequelae.
CogniFit different neurorehabilitation tasks and exercises are grouped into a fully automated, customized, and accessible therapeutic protocol. This program can be managed by the patient who has suffered a stroke, by their caregivers or family members, and/or by health care professionals . To start using this rehabilitation program, register, create your account and follow the steps. No computer skills are required, and you can contact professionals who will help you solve all your questions.
For best results, it is recommended to practice this therapeutic tasks 3 times a week for at least 6 months. The duration of each cognitive rehabilitation session is approximately 20 minutes. During this time, CogniFit will automatically present a battery of specific and personalized exercises, adapted to the specific injury or sequelae of each patient. The difficulty of neurorehabilitation exercises adapts as the person trains.
Excellent!
You're above average.
Memory
Perception
Attention
Coordination
Reasoning
Who is it for?
Who is it for?
Cognitive recovery training after stroke has been designed to be easy to use and accessible even for people who are not familiar with cognitive intervention programs.
Exercise and recover their cognitive state after a stroke
CogniFit brain training exercises offer to help treat the consequences of a stroke. They are automatically adapted to the user's level and specific cognitive sequelae, targeting the most affected cognitive abilities. In each training session, the program processes the cognitive results obtained and automatically generates a cognitive rehabilitation exercise plan designed exclusively for the user and his/her specific problems. As we progress, the training activities increase in cognitive demands, always according to the user's state.
CogniFit stroke rehabilitation activities represent a leading technology in the stimulation of impaired cognitive abilities and are an excellent addition to cognitive neurorehabilitation.
Helping my family member with brain damage to recover or improve their cognitive health
With this program, we can regulate and manage from our computer the brain training regime that our family member can do at home or in the rehabilitation center.
Applying cognitive stimulation and rehabilitation to patients who have suffered a stroke
CogniFit gives you the ability to compare standardized patient data with your reference population, making it easier to understand the specific user issues that have arisen as a result of a stroke. Knowing the pattern of strengths and weaknesses can help you plan your treatment and monitor your progress.
CogniFit brain training can be applied both in the professional's office and/or remotely at home. The professional can schedule the interval between sessions and will always have access to a complete report of results, effort, progress and cognitive evolution of the patient.
Investigate brain functions by studying the different cognitive alterations after a stroke
CogniFit platform for researchers is focused on optimizing the process of collecting, managing and analyzing the data collected during training, saving time for both patients and the research team.
Trained cognitive skills
Trained cognitive skills
Strokes have different patterns of cognitive alterations and can be unique in each case. For this reason, CogniFit stroke recovery training has chosen the most common cognitive alterations in this type of brain injury:
Memory
The ability to retain or use new information and recover memories of the past. Memory allows us to store internal representations of knowledge in our brain and retain events from the past to use them in the future. Learning is a key process in memory because it makes it possible to incorporate new information or modify existing information in the previous mental schemas. After this coding and storage, the information, the memory, or the learning should be prepared to be recovered in the future. The hippocampus is a key brain structure in the mnesic process, and works actively during sleep to consolidate the information acquired during the day.
Excellent8.1%
689Your Score
400Average
Naming
Ability to refer to an object, person, place, concept or entity by name. To name an object we need to "go" to the lexical storehouse of our brain, find the specific word we are looking for and produce it. In addition to amnesia, people who have had a stroke may have difficulty finding the names of objects or even people they know and care about (anomia or anomic aphasia).
665Your Score
400Average
Perception
Ability to interpret the stimuli of the environment. Perception is responsible for identifying and making sense of the information received from our sensory organs based on our prior knowledge of the world. Perception is a process that can be given by different senses (like sight, hearing, touch, etc.), and that our brain is responsible for integrating, giving it a sense of whole. The brain areas associated to perception are responsible for uniting the information perceived by the different sensory organs so that we can interact effectively with external stimuli, regardless of the stimulated sensory organ. In order for the perceptual process to be carried out properly, a process of assimilation and understanding of the information received will be necessary.
Very good6.1%
503Your Score
400Average
Spatial Perception
Ability to be aware of their relationship with the environment in the space around us and with ourselves. This ability can be altered after a stroke, causing agnosia or problems when interacting with the environment.
532Your Score
400Average
Reasoning
Ability to efficiently use (order, relate, etc.) the information acquired through the different senses. Through executive functions, we can access and use the information acquired in order to achieve complex goals. This set of superior processes makes it possible for us to relate, classify, order and plan our ideas or actions according to the needs that are imposed in the present or future. They allow us to be flexible and adapt to the environment. The executive functions make it possible to be effective in our day to day lives, solve problems and achieve our objectives even if there are modifications in the original plan.
Good2.8%
412Your Score
400Average
Processing Speed
It refers to the time it takes a person to do a mental task. This ability is very sensitive to brain damage, as even a moderate alteration of the brain's white matter can affect our processing speed. It is quite common for a person after a stroke to require more time than usual to do the same task.
412Your Score
400Average
Attention
Ability to filter distractions and focus on relevant information. Attention accompanies every cognitive process and is in charge of assigning cognitive resources depending on the relevance of both internal and external stimuli. Good attention skills are necessary for other high-level processes, like memory or planning. Attention is an essential process that requires the use of different parts of the brain, from the brainstem or the parietal cortex, to the prefrontal cortex. However, it seems that the right hemisphere has a predominant role in controlling attention. This cognitive area makes it possible to stay alert and pay attention to the stimuli when other irrelevant distractors are present, concentration for long periods of time, alternating attention between different activities, or dividing attention when two events are happening at the same time.
Excellent7.1%
459Your Score
400Average
Focused Attention
The brain's ability to concentrate its attention on a target stimulus for any period of time. Brain damage to the parietal cortex can cause inability to detect stimuli and attend to them as soon as they occur on the contralateral side of the injury, known as hemispatial neglect.
524Your Score
400Average
Inhibition
Ability to inhibit or control impulsive (or automatic) responses, and generate responses mediated by attention and reasoning. It is possible that, after a stroke, people may experience cognitive, social or behavioral disinhibition.
422Your Score
400Average
What will CogniFit cognitive stroke recovery training achieve?
What will CogniFit cognitive stroke recovery training achieve?
CogniFit cognitive stimulation allows people who have had a stroke to work on their impaired cognitive abilities. With the right stimulation, it is possible to recover cognitive abilities or increase patient autonomy.
- A correct brain training can help improve your cognitive state through specific tasks oriented to improve, restructure or restore the skills altered by the stroke.
- The brain has the ability to modify and reorganize both its functioning and structure to optimize the performance of different cognitive abilities after brain damage through constant and personalized training.
- Cognitive rehabilitation exercises are effective in retraining the affected skills resulting from the stroke. Cognitive training can be beneficial for both for the impaired cognitive functions and those that have been less affected.
- This cognitive training seeks to reduce the long-term impact of the stroke on the life of the person and their loved ones. CogniFit neurorehabilitation and training can help maximize the autonomy of the affected person and thus improve their quality of life.
- Cognitive rehabilitation does not have the ability to activate the functioning of damaged brain tissue. However, thanks to cortical reorganization, it can stimulate adjacent, healthy or less affected areas of the brain to recover some of the lost functions, activate and establish new neuronal connections.
How does it strengthen cognitive function?
How does it strengthen cognitive function?
Brain plasticity is the neural mechanism that allows us to stimulate, through CogniFit activities, the different cognitive abilities affected in a stroke.
Neural networks that have been affected by brain damage stop working, or reduce their efficiency. However, if adequate stimulation is applied, brain plasticity can help nearby or similar areas adopt the altered functions. CogniFit training for stroke cognitive recovery allows us to address this phenomenon in a way that stimulates the cognitive abilities that most interests us. By repeating these patterns of neural activation through training, it is possible to help strengthen the synapses and neural circuits involved.
CogniFit personalized cognitive stimulation program is designed to stimulate the adaptive potential of the nervous system. Specific training for stroke patients is available, as long as they have access to a computer.
1st WEEK
2nd WEEK
3rd WEEK
Graphic projection of neural networks after 3 weeks.
Benefits
Benefits
Using a scientifically based tool for cognitive stimulation post-stroke offers many advantages:
Easy to use
Using electronic devices can be complicated for a person who has had a stroke. That's why CogniFit has designed its platform in an easy and simple way to make it intuitive and easy to remember.
Highly attractive
Lack of motivation is one of the most relevant factors in stroke rehabilitation that can make treatment more difficult. Unfortunately, it is not uncommon for motivation to be affected as a direct or indirect consequence of stroke. This is why the activities for training are presented in an attractive way, in order to minimize the negative consequences of lack of motivation.
Interactive and visual format
The reading comprehension of the person who has had a stroke may also be impaired. To avoid this, the instructions are presented in a simple, interactive format that is easy to understand.
Complete results report
After each training session, CogniFit provides access to updated data so that we can get quick and accurate feedback, seeing our strongest and weakest cognitive abilities.
Progress and evolution
Seeing progress in treatment is something that promotes motivation during stroke rehabilitation. The results of each session are stored in the user profile and can be viewed at any time. You can check whether there have been changes from one session to another, whether the scores are improving and whether the patient's cognitive status is progressing positively.
Adapted to each user
All of the clinical tasks are presented automatically. The games and activities are interactive and fun, making it easy to understand.
Tele-stimulation
CogniFit post-stroke training can be used at home (cognitive remote-stimulation). In this way, a health professional or a family member can manage the treatment from a private computer. This makes it possible to bring cognitive therapy for patients who have had a stroke without having to be physically present, reducing costs.
What happens if you don't train your cognitive skills?
What happens if you don't train your cognitive skills?
Stroke, and brain damage in general causes the death of several neurons and the alteration or degeneration of certain neuronal networks , depending on different factors. This can end up causing different neuropsychological symptoms, affecting various cognitive abilities and, therefore, seriously impairing a person's day-to-day performance.
To stimulate these altered mental processes, they must be activated systematically. One of the most effective tools for activating and strengthening the major cognitive functions altered by stroke is CogniFit training post-stroke. This leading program in cognitive stimulation offers a multi-dimensional and systematic training of each cognitive skill, which helps activate fundamental neural patterns.
Memory
Perception
Attention
Coordination
Reasoning
How much time should I spend with CogniFit?
How much time should I spend with CogniFit?
A complete cognitive training session usually lasts 15-20 minutes and can be done anywhere and anytime. CogniFit recommends 3 sessions per week on different days. If desired, CogniFit can send session reminders.
In each brain training session, there are two brain games to stimulate cognitive symptoms derived from the stroke and a cognitive assessment task that will allow us to measure the evolution and improvement of cognitive skills. CogniFit personalized brain training for stroke patients is designed to automatically assign each user to specific games and difficulty levels that best suit the user's cognitive needs.
CogniFit is unique
CogniFit is unique
Multidisciplinary Exercises
Complete results report
Automatic task selection
Leading Instrument
Dynamic Difficulty Adjustment
Customized for each user
Scientifically validated
CogniFit is a leader in cognitive stimulation. It includes a series of multi-dimensional, standardized and clinically validated exercises. These activities combine different therapeutic activities designed by professionals to retrain the cognitive skills that each person may need, this way, its effectiveness can be optimized.
The difficulty of each of the exercises adapts as the stroke patient trains. This patented technology has been designed by an international team of scientists, neurologists, and psychologists, who research the latest discoveries and advances in the brain.
CogniFit's post-stroke training is unique in that it continuously measures patient performance and automatically selects the type and complexity of tasks that best fit the individual's cognitive outcomes. This keeps each users' cognitive skills continuously challenged.
CogniFit's post-stroke training collects cognitive data and provides an interesting and comprehensive report on user performance at each level. With this, you can review the cognitive level at which you started, the rate of improvement, effort, etc.
Also, not all brain training games are the same. While some classic games, such as Sudoku, are ideal for entertainment, a scientifical brain training program is needed to ensure that the brain is receiving the training and cognitive stimuli it requires to perform proper cognitive rehabilitation after a stroke. If you are looking to train your brain in a multidisciplinary, rigorous and systematic way, CogniFit clinical tools are the best choice.
Customer Service
Customer Service
If you have any questions about the functioning, management or interpretation of CogniFit Cognitive Recovery Training data after a stroke, you can contact us immediately. Our team of brain damage experts will answer your questions and help you with everything you need.
Contact Us NowReferences
References
Shatil E (2013). Does combined cognitive training and physical activity training enhance cognitive abilities more than either alone? A four-condition randomized controlled trial among healthy older adults. Front. Aging Neurosci. 5:8. doi: 10.3389/fnagi.2013.00008.Korczyn AD, Peretz C, Aharonson V, et al. - Computer based cognitive training with CogniFit improved cognitive performance above the effect of classic computer games: prospective, randomized, double blind intervention study in the elderly. Alzheimer's & Dementia: The Journal of the Alzheimer's Association 2007; 3(3):S171. Shatil E, Korczyn AD, Peretz C, et al. - Improving cognitive performance in elderly subjects using computerized cognitive training - Alzheimer's & Dementia: The Journal of the Alzheimer's Association 2008; 4(4):T492, Lubrini, G., Periáñez, J.A., & Ríos-Lago, M. (2009). Introducción a la estimulación cognitiva y la rehabilitación neuropsicológica. En Estimulación cognitiva y rehabilitación neuropsicológica (p.13). Rambla del Poblenou 156, 08018 Barcelona: Editorial UOC.cuatro (4): T492. Verghese J, J Mahoney, Ambrosio AF, Wang C, Holtzer R. - Efecto de la rehabilitación cognitiva en la marcha en personas mayores sedentarias - J Gerontol A Biol Sci Med Sci. 2010 Dec;65(12):1338-43. Evelyn Shatil, Jaroslava Mikulecká, Francesco Bellotti, Vladimír Burěs - Novel Television-Based Cognitive Training Improves Working Memory and Executive Function - PLOS ONE July 03, 2014. 10.1371/journal.pone.0101472. Gard T, Hölzel BK, Lazar SW. The potential effects of meditation on age-related cognitive decline: a systematic review. Ann N Y Acad Sci. 2014 Jan; 1307:89-103. doi: 10.1111/nyas.12348. 2. Voss MW et al. Plasticity of brain networks in a randomized intervention trial of exercise training in older adults. Front Aging Neurosci. 2010 Aug 26;2. pii: 32. doi: 10.3389/fnagi.2010.00032.
Lebanon