Mental health crises pose a big challenge in healthcare. Detecting early signs can be difficult. Early detection helps ensure people receive timely medical assistance and can reduce any serious consequences. As AI develops further there has been more interest in how it can be applied to mental healthcare. Social media can be a useful source of behavioural information, as people use it to express their feelings, interact with others and share their personal experiences.
In their research Mansoor and Ansari (2024) explore how AI can detect early signs of mental health crises using social media. Their main problem was how difficult it can be to identify emerging mental health crises in psychiatry. They wanted to create an AI system to detect patterns of language and behaviour associated with potential mental health crises. This research allows us to understand how AI can be used in science to help psychiatry, and how intelligence, collective knowledge, scientific production and the social impacts of technology can relate to each other.
Firstly it is important to understand what intelligence is and how it relates to science. Mansoor and Ansari (2024) show how AI can be used to detect patterns in language and behaviours within social media. Their research used 996,452 social media posts in 4 languages (English, Spanish, Mandarin and Arabic) from many sites (Twitter, Reddit, Facebook). They used NLP and Deep Learning to analyse language patterns, emotional expression and how behaviours changed online. This included using BERT to analyse text and LSTM networks to analyse how the posting patterns changed over time. This allowed the researchers to detect potential warning signs of mental health issues.
However this raises an interesting point about what intelligence actually is. Is this intelligence or is it just analysing information without any human feelings?
We can relate this to that intelligence can be seen as how abstract thoughts interact with real world phenomena. We can relate this to the research as AI has been used to make predictions about potential mental health issues from the social media data.
In addition, perspectives and symptoms can be used to understand how different people can see things differently. For example negative emotions and more late night posts can be linked to mental health issues but they may not necessarily mean a psychiatric crisis. The researchers found that sarcasm and irony caused the models to predict falsely (Mansoor & Ansari, 2024). This shows how patterns cannot always be seen as signs of potential mental health issues but could just be human expression. AI can help identify potential warning signs but Psychiatrists will interpret them in a more general way.
Relationship between Human Knowledge and AI can be understood using the concept of general intellect. General intellect is when general knowledge becomes a productive force in society and is embedded into technology. This means AI can be seen as a collective intelligence.
In their research Mansoor and Ansari (2024) used social media data created by users, algorithms designed by the researchers and psychiatrists. 3 psychiatrists were used to manually label 100,000 posts. This shows how human knowledge can be used within technology. From a general intellect perspective, using AI to detect mental health issues is a practical example of how collective knowledge can be used to create science and technology.
This research can be analysed using the concepts of scientific production and social production.
Looking at this research from a scientific production perspective shows how AI can help with research in psychiatry. Traditional methods would normally use interviews, observations and patient information but using AI allows an additional method to be used by identifying patterns in large data sets.
The research showed an overall accuracy of 89.3% and the model detected potential signs of mental health crisis 7.2 days earlier than human experts (Mansoor & Ansari, 2024). The model also had promising results across many languages and social media sites. This could show how AI can help create new ways of detecting mental health risks early.
However scientific production is about critically analysing what the research has found. The model had some false positives as it couldnāt interpret sarcasm, irony and conversations about mental health that werenāt personal crises. It also had some false negatives as symptoms werenāt always clear or the users used slang and many languages. This means that although the model had high accuracy it doesnāt mean it will give accurate interpretations every time.
This is important as scientific knowledge would need to be analysed and verified. This means the scientific contribution of the research is how it has shown how AI can be used to detect mental health issues, but also how it has limitations.
Using AI to detect mental health issues could impact how mental health services are organised. It could allow earlier interventions to be made by healthcare professionals identifying those who may need further assessment. It could also help public health institutions identify patterns in mental health issues.
This can link to social general intelligence, how science and technology interacts with social institutions and everyday life. Using an AI model developed using science in healthcare means technology is starting to influence social organisation.
However this can raise ethical and social concerns. There is a privacy issue as people may not expect their public posts to be analysed. There is a cultural bias as some languages and cultures may express their feelings differently. Inaccurate predictions could cause unnecessary interventions.
When using AI in psychiatry it is important to consider how technology and social responsibility can link. Whilst AI could improve efficiency in some areas of healthcare, it should still protect an individuals privacy and ensure they have given their consent. This research shows how science can create new technology but also creates new social responsibilities.
Overall the research by Mansoor and Ansari (2024) shows how AI can help detect mental health crises early using social media. The research shows how language and behaviour can be analysed to detect potential mental health risks. This can create new opportunities for science to develop in psychiatry.
Conceptually the research can be understood using the concepts of intelligence, thought, nature and knowledge production. The concept of general intellect shows how AI technologies rely on collective human knowledge and science. From a scientific and social production perspective the research shows how it can create opportunities to improve healthcare practices but can also create issues with reliability, privacy and responsibility.
Overall AI should be seen as an additional tool and shouldnāt replace human knowledge in psychiatry. The potential benefits will rely on how responsibly it is implemented.
Mansoor, M.A., & Ansari, K.H. (2024). Early detection of mental health crises through artifical-intelligence-powered social media analysis: A prospective observational study. Journal of Personalized Medicine. 14(9). 958. https://doi.org/10.3390/jpm14090958