Biopolymer Array Reading With Identifier-Based Result Distribution
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Solution Overview
Problem
Existing biopolymer array readers are expensive and require fine resolution for large numbers of closely spaced features, making them costly and time-consuming to operate, while many users do not need full-time access, necessitating a solution for convenient and efficient result retrieval for multiple users sharing a common reader.
Innovation Solution
A method and system for reading biopolymer arrays using an array reading station equipped with an identifier reader, array reader, memory unit, and communication unit, where each array is identified and results are saved and transmitted to designated communication addresses based on unique identifiers, allowing multiple users to share a reader and receive results conveniently.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Quantity of substance
If arrays with large numbers of closely spaced features are produced to reduce per-array costs, then manufacturing precision and device complexity increase, but reading time and cost per user decrease
Solution Approach 1:
The system divides the array reading process into independent, automated steps: identifier reading, array scanning, result processing, and automatic distribution to users. The array reader is segmented into specialized components (identifier reader, array scanner, memory unit, communication unit) that work independently but coordinated, reducing overall system complexity while handling high-density arrays
Solution Approach 2:
The array reader system provides self-service by automatically reading identifiers, processing array data, storing results in memory, and distributing them to appropriate users without manual intervention. The system autonomously manages the complete workflow from array insertion to result distribution, reducing the need for complex manual operation procedures
2Adaptability or versatility
If a common array reader is shared among multiple users to reduce costs, then accessibility improves, but result retrieval convenience deteriorates
Solution Approach 1:
The array reader is designed as a universal system that serves multiple users through a single device. The communication unit is configured to distribute results to multiple different communication addresses, and the memory unit stores results for multiple arrays and users, enabling one device to fulfill multiple user needs simultaneously without requiring separate readers for each user
Solution Approach 2:
The system implements automatic feedback by monitoring which arrays have been read and automatically distributing results to the appropriate user communication addresses. The system tracks reading status and proactively sends results to users, eliminating the need for users to manually check or retrieve their results, thus maintaining ease of operation while supporting multiple users
3Measurement precision
If fine resolution reading is implemented to read closely spaced features, then measurement precision improves, but reading time increases
Solution Approach 1:
The system performs preliminary actions by first reading the array identifier to determine which array is being processed, then automatically configuring the reading parameters and destination user before executing the high-resolution scan. This preliminary identification and configuration step allows the system to optimize the subsequent high-resolution reading process, reducing overall time loss by avoiding reconfiguration during the actual reading
Data Source
AI summary
A method for processing biopolymer arrays and apparatus and computer program products for executing the method. The method may include reading a different array identifier for each biopolymer array from a tag associated with that array. At least some of the biopolymer arrays are read and results from each read array saved in a memory linked with the read identifier for that array. Different communication addresses and a selection of an array identifier for each, are received. For at least some of the arrays, the saved results for each are matched with one of the different communication addresses using the identifier, and the saved results transmitted for those arrays to the matched different communication addresses. A method of processing data from the reading of biopolymer arrays is also provided.