#itgs

Difference that distinguishes it from IT: 

- ITGS covers the computer systems (hardware, and software) that IT does as well as the stakeholders (any person affected or interested in the subject matter) affected by the IT and its development. 

What is a Global Society: 

- How is society being built in the modern age with technology and the increased connectiveness that follows with its increased adoption.

Is ICT bringing the world closer together or causing people to become more isolated:

- It is bringing the world closer together through the extremely fast spreading of information and its easy accessibility from almost anywhere on the planet.

- Although there is the caveat of almost, governments where the population at an aggregate doesn’t have access to IT or the government has blocked information from escaping the country’s borders (or a combination of both). It can lead to this population being completely cut off from the rest of the world and not knowing anything that the government doesn’t tell them.

Does increased automation of manual labor lead to unemployment:

- Yes, a majority of low skill jobs could, within the next 5 years, easily be replaced. Such as Long road trucking (across the USA potentially) this process could easily be automated by the increased adoption and reliability of the technology they could replace humans in this field due to them not requiring any form of rest or have the added risk of crashing due to them being tired. 

What is cyber mobbing:

- When cyber bullying escalates to involve a group of people sharing the same malicious mindset in terms of attacking this one individual.

Who are digital citizens:

- People who use IT to engage in activities involving society at large, politics, or government. 

Endobronchial ultrasound biopsy (EBUS biopsy) is revolutionizing the way pulmonary diseases, particularly lung cancer and other thoracic malignancies, are diagnosed and managed. This minimally invasive procedure combines bronchoscopy and real-time ultrasound imaging to obtain tissue samples from lymph nodes and masses within the chest cavity. The technology has gained rapid traction in clinical settings due to its precision, safety, and efficiency compared to traditional mediastinoscopy or surgical biopsies. As demand surges within the healthcare sector, advancements in EBUS biopsy equipment and expanding adoption rates have generated significant interest among medical device manufacturers, healthcare providers, and investors alike. Comprehensive Overview of Endobronchial Ultrasound Biopsy and Its Clinical Applications Endobronchial Ultrasound Biopsy involves inserting a flexible bronchoscope equipped with an ultrasound probe into the patient's airway to visualize internal structures adjacent to the bronchi. This allows physicians to locate and collect tissue samples from lymph nodes and masses that are otherwise difficult to access without more invasive procedures. The real-time ultrasound guidance enhances the accuracy of needle aspirations, minimizing patient discomfort and procedural complications. Clinically, EBUS biopsy has become the preferred method for diagnosing lung cancer staging, evaluating granulomatous diseases such as sarcoidosis, and assessing mediastinal lymphadenopathy caused by various infections or malignancies. Its minimally invasive nature reduces hospital stays and recovery times, significantly impacting patient outcomes and healthcare costs. Furthermore, the ability to perform EBUS biopsy on an outpatient basis has streamlined diagnostic workflows in pulmonary medicine. Market Dynamics Driving the Growth of Endobronchial Ultrasound Biopsy Industry Globally The market for endobronchial ultrasound biopsy devices and consumables is witnessing rapid growth fueled by increasing lung cancer prevalence, rising awareness about minimally invasive diagnostic techniques, and technological innovations in imaging and biopsy tools. Healthcare providers across developed and emerging economies are investing in modern bronchoscopy equipment integrated with ultrasound capabilities to enhance diagnostic accuracy. Significant growth is also driven by the expansion of lung cancer screening programs and the introduction of early diagnostic protocols encouraging less invasive biopsy methods. Hospitals and diagnostic centers prioritize patient-friendly techniques, elevating the adoption rates of EBUS over conventional surgical biopsies. Moreover, government initiatives aimed at improving cancer detection rates and reimbursement policies favoring minimally invasive procedures further boost market traction.

Enzyme-Linked Immunosorbent Assay (ELISA) analyzers have become indispensable tools in clinical diagnostics, pharmaceutical research, and biotechnology sectors. These sophisticated instruments automate the detection and quantification of antigens or antibodies in biological samples, offering high sensitivity and specificity. As advancements in healthcare technologies continue to evolve, the ELISA analyzer market is witnessing significant growth driven by increasing demand for rapid and accurate diagnostic testing, especially in immunology, infectious diseases, and cancer biomarker detection. Technological Innovations Shaping the ELISA Analyzer Industry Landscape Recent developments in Elisa Analyzer technology focus on enhancing throughput, accuracy, and ease of use. Automated ELISA systems have progressed from basic microplate readers to integrated platforms that combine sample processing, incubation, washing, and detection in a single unit. Innovations such as multiplexing capabilities enable simultaneous analysis of multiple biomarkers, reducing turnaround time and operational costs. These improvements not only benefit large diagnostic laboratories but also point-of-care settings, providing quicker diagnostic insights. The drive towards miniaturization and user-friendly interfaces has made ELISA analyzers more accessible to smaller clinics and research institutions. Furthermore, the integration of software solutions for data analysis, reporting, and compliance tracking has streamlined workflows, ensuring consistent and reliable results. These technological strides are expected to fuel market expansion, facilitating more widespread adoption across emerging economies and established medical hubs. Key Applications Highlighting the Demand for ELISA Analyzers in Various Sectors The versatility of ELISA analyzers spans multiple applications, emphasizing their role beyond routine laboratory testing. In clinical diagnostics, these devices are routinely used to detect infectious agents such as HIV, hepatitis viruses, and SARS-CoV-2, providing vital information for disease management and control. Moreover, ELISA plays a crucial role in allergy testing, hormone analysis, and autoimmune disorder investigations. Pharmaceutical companies leverage ELISA analyzers extensively during drug discovery and development phases, where quantification of protein biomarkers and validation of immunogenicity are essential. Biotechnology firms also utilize ELISA platforms for quality control and vaccine efficacy studies. Agricultural and environmental agencies deploy ELISA tests to monitor contamination by toxins, pesticides, and pathogens, demonstrating the broad scope of this technology’s application.

HEY MY BOO WELCOME TO THIS WORLD OF INFORMATION TECHNOLOGY

some things that help me on itgs:

use kahoot to revise hardware + software

memorize the social and ethical considerations asap: use mnemonics!

make flashcards for definitions

itgs vocab game: 1. pick a topic and list all of the related terms you can think of for a minute 2. write the definitions to those terms 3. on a separate piece of paper, write all the vocab you forgot. 4. write the definitions to all of the missing terms.

ITG’s Favorite Highlighters | Into The Gloss

Honestly! It was getting out of hand. One day the team looked around, and the ITG beauty closet that was so carefully cleaned and organized not too long ago was experiencing some strange highlighter bounty. So we did what any other dutiful beauty team would do: took them out of their assigned drawer, engaged in a thorough inspection, and shared our favorites with you.

The Classic

Bobbi Brown…

Hi friends! I’m a Year 12 IT student and my class is conducting a survey about artificial intelligence in children’s toys. It would be really helpful if you would take some time to complete this survey, it will only take a few minutes!

CLICK HERE TO TAKE THE SURVEY!

GoPro has created a spherical camera, called Fusion, which is capable of recording 360 videos that can be viewed with VR. The camera has a 5.2K-resolution and will be capable of recording HD-quality videos. A limited commercial release of Fusion isn't expected to happen until the end of 2017 and GoPro gave no details on pricing or other capabilities and specs.