R-002-007 Process validation card 2023_012
Version control
Reason for review | Date | Version id |
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First version | 20230308 | 1 |
Written by | Reviewed by | Approved by |
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E-Signature (Appfire integration): María Diez 6E206A2F15299C7C6E416D11903F365C Signer name: María Diez Signing time: Sun, 05 Mar 2023 08:34:18 GMT Reason: Creation of document | E-Signature (Appfire integration): Alfonso Medela DA66021199574C5989D8B451B63DC242 Signer name: Alfonso Medela Signing time: Tue, 07 Mar 2023 08:46:40 GMT Reason: Reviewed | E-Signature (Appfire integration): Andy Aguilar 694DA2B1C7AC8395560124C183EB13EE Signer name: Andy Aguilar Signing time: Wed, 08 Mar 2023 08:45:48 GMT Reason: Approving document |
Quality manager (QM) | Technical manager (PRRC) | General manager (GM) |
Process
Design and development
Requirements
To find the best technology to develop an innovative and effective skin-condition medical device that can improve the accuracy and consistency of diagnoses, expand access to specialized medical care, and ultimately improve patient outcomes.
Selection description
Deep learning is particularly well-suited for developing a medical device that diagnoses skin diseases because it can be trained on large datasets of medical images. Skin diseases are often diagnosed by examining images of the affected area, and deep learning algorithms can be trained to recognize patterns and features that are associated with specific skin conditions.
In addition, deep learning can help to overcome some of the limitations of traditional diagnostic methods for skin diseases. For example, visual diagnosis of skin diseases can be subjective and may vary depending on the experience and skill of the clinician. Deep learning algorithms, on the other hand, can be trained on a large and diverse set of images, which can help to reduce the risk of misdiagnosis and increase the accuracy and consistency of diagnoses.
Moreover, deep learning can also be used to develop a medical device that is capable of diagnosing a range of skin diseases with a high level of accuracy. This can be particularly important in areas where access to dermatologists or specialized medical care is limited. By using deep learning, we can develop a medical device that is both reliable and accessible, enabling more patients to receive accurate diagnoses and appropriate treatment.
Validation
We have demonstrated since we founded the company that we can improve the quality of patient care while reducing costs and increasing efficiency manufacturing a medical device to help practitioners on the diagnosis and follow up of different skin-conditions.
Process approval
Approved by |
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E-Signature (Appfire integration): Andy Aguilar 1439E09324D18FDF043C28BC3A6F779B Signer name: Andy Aguilar Signing time: Wed, 08 Mar 2023 13:24:41 GMT Reason: Process approval |
JD-001 General Manager (GM) |