RENEWABLE ENERGY SYSTEMS LIMITED
Industry Context
This company is tracked across risk categories, including those related to its sector (e.g., General Contractors—Nonresidential Buildings, Other than Industrial Buildings and Warehouses, Engineering Services), including supply chain integrity, ESG practices, labor disputes, and regulatory compliance.
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Recent Articles about RENEWABLE ENERGY SYSTEMS LIMITED
Live alerts from global media, monitored by Business Radar
2024-10-18 (res.org.uk)
RES Annual Conference 2025 Call for Submissions is now open
RES Annual Conference 2025 Call for Submissions is now open. Deadline by 13 January at 23:55 GMT. Submit a paper or poster today!
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2024-10-18 (res.org.uk)
RES Annual Conference 2025 Call for Submissions is now open
RES Annual Conference 2025 Call for Submissions is now open. Deadline by 13 January at 23:55 GMT. Submit a paper or poster today!
Read more
2024-09-19 (res.org.uk)
Bookings now open for the RES PhD Conference 2024
Bookings now open for the RES PhD Conference 2024. The conference will take place on Wednesday 4 December at the University of Portsmouth.
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2024-09-19 (res.org.uk)
Bookings now open for the RES PhD Conference 2024
Bookings now open for the RES PhD Conference 2024. The conference will take place on Wednesday 4 December at the University of Portsmouth.
Read more
2024-09-17 (res.org.uk)
RES 2025 Annual Conference: news and updates
RES 2025 Annual Conference: news and updates. Here are some updates about our RES 2025 Annual Conference including timeline.
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2024-09-17 (res.org.uk)
RES 2025 Annual Conference: news and updates
RES 2025 Annual Conference: news and updates. Here are some updates about our RES 2025 Annual Conference including timeline.
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2024-07-10 (res.org.uk)
RES PhD Conference 2024 call for papers is now open
RES is delighted to announce that this year’s RES PhD Conference will be hosted by The University of Portsmouth. Call for papers is now open.
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2024-07-10 (res.org.uk)
RES PhD Conference 2024 call for papers is now open
RES is delighted to announce that this year’s RES PhD Conference will be hosted by The University of Portsmouth. Call for papers is now open.
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2024-06-26 (res.org.uk)
RES PhD Conference 2024 will be hosted by the University of Portsmouth
RES is delighted to announce that this year’s RES PhD Conference will be hosted by The University of Portsmouth.
Read more
2024-06-26 (res.org.uk)
RES PhD Conference 2024 will be hosted by the University of Portsmouth
RES is delighted to announce that this year’s RES PhD Conference will be hosted by The University of Portsmouth.
Read more
2018-06-20 (nature.com)
Haemoglobin scavenging in intracranial bleeding: biology and clinical implications | Reviews Neurology
Haemoglobin is released into the CNS during the breakdown of red blood cells after intracranial bleeding. Extracellular free haemoglobin is directly neurotoxic. Haemoglobin scavenging mechanisms clear haemoglobin and reduce toxicity; these mechanisms include erythrophagocytosis, haptoglobin binding of haemoglobin, haemopexin binding of haem and haem oxygenase breakdown of haem. However, the capacity of these mechanisms is limited in the CNS, and they easily become overwhelmed. Targeting of haemoglobin toxicity and scavenging is, therefore, a rational therapeutic strategy. In this Review, we summarize the neurotoxic mechanisms of extracellular haemoglobin and the peculiarities of haemoglobin scavenging pathways in the brain. Evidence for a role of haemoglobin toxicity in neurological disorders is discussed, with a focus on subarachnoid haemorrhage and intracerebral haemorrhage, and emerging treatment strategies based on the molecular pathways involved are considered.
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2018-06-20 (nature.com)
Haemoglobin scavenging in intracranial bleeding: biology and clinical implications | Reviews Neurology
Haemoglobin is released into the CNS during the breakdown of red blood cells after intracranial bleeding. Extracellular free haemoglobin is directly neurotoxic. Haemoglobin scavenging mechanisms clear haemoglobin and reduce toxicity; these mechanisms include erythrophagocytosis, haptoglobin binding of haemoglobin, haemopexin binding of haem and haem oxygenase breakdown of haem. However, the capacity of these mechanisms is limited in the CNS, and they easily become overwhelmed. Targeting of haemoglobin toxicity and scavenging is, therefore, a rational therapeutic strategy. In this Review, we summarize the neurotoxic mechanisms of extracellular haemoglobin and the peculiarities of haemoglobin scavenging pathways in the brain. Evidence for a role of haemoglobin toxicity in neurological disorders is discussed, with a focus on subarachnoid haemorrhage and intracerebral haemorrhage, and emerging treatment strategies based on the molecular pathways involved are considered.
Read more