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When we correlate with the word ‘Teacher’, it is not just someone who drills facts into your head. Teachers are likewise coaches, cheering you on as you navigate the exciting, sometimes confusing, world of knowledge. A teacher’s influence goes way beyond the curriculum, shaping who you become as a person.

This impact unfolds in many ways. A good teacher helps a student to develop critical thinking skills, not just memorizing things. He creates engaging lessons and pays attention to each student, making sure that the students are on the right track. But it’s not all about textbooks and tests. Teacher also play a big role in building the character of a student. He helps the students to develop important values like empathy, integrity, and responsibility. He encourages a positive attitude, which is crucial for navigating life’s ups and downs.

It is worth thinking about how many times a student confides in a teacher about something that is bothering him. The teacher here becomes more than just an instructor; he becomes a trusted mentor who offers emotional support to the student. This strong teacher-student relationship is key to effective learning. When a student feels comfortable asking questions and seeking help, he is much more likely to be actively engaged in his education.

A truly inspiring teacher doesn’t just confine the learning process to the classroom walls. He sparks a curiosity that goes beyond textbooks, encouraging students to keep exploring even after the school bell rings. He shows the students the real-world application of the knowledge, making the learning process simple, relevant, yet exciting. This helps the students for treading their future path. A great teacher can help the students identify their strengths and passions, guiding them towards careers and aspirations that truly align with who they are.

In a nutshell, a good teacher is like a sculptor, molding young minds and shaping their character. He provides invaluable guidance that stays with every student long after graduation. The dedication of a good teacher forms the bedrock of the student’s educational journey and shapes them into a well-rounded person.

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As humans, we have five senses: smell, touch, vision, hearing, and taste. To utilize these senses properly in our day-to-day activities with proper coordination, we need motor skills to manage sensory stimulation. Sensory and motor skills are two sides of the same coin, which go hand in hand to develop a child’s growth during their learning age.

Sensory motor skills are the pillars for all learning throughout life. Through these skills, children develop their cognitive thinking and understanding levels. They interact with their world through playing, crawling, walking, learning balancing, completing given tasks, problem-solving, and coordinating their activities visually. For this, children need proper guidance from their parents and teachers during the learning stage. Therefore, sensory motor skill education becomes important for early childhood. Children learn new things through their senses of touch, vision, hearing, taste, and smell. Motor skills help sensory organs to coordinate the body’s parts. Muscle strength, gross, and fine motor skills play important roles in motor skill development. If any sensory organ doesn’t work properly in children, they can struggle to continue learning at the same speed as other children of the same age. So, motor skill development is a crucial aspect of children’s early learning stages.

Motor skills establish cognitive development. They help children complete their daily physical activities, setting up all sensory organs to collaborate. It improves attention span and application levels by doing activities like tying shoe laces, wearing socks easily, holding pencils properly, lifting things properly, and building attentiveness. Locomotor skills include activities like walking, running, hopping, sliding, skipping, leaping, etc., which help improve physical fitness in students.

Motor skills enhance the all-round development of children. Motor skills are essentially learning by doing. For example, children try to make different shapes from clay, utilizing their imagination power. They can also develop abilities to use their physical strength by performing small activities like peeling fruits or folding handkerchiefs. These activities help improve children’s eye-to-hand coordination and build confidence in them. We can say that motor skills develop all five sensory organs’ efficiency, which is helpful for any perception. Children can easily complete tasks after some repeated practice, which trains their body parts and brains to organize things in a particular manner.

So, sensory and motor skills interact with each other in the development of children.

Education is a very important part of our lives. For living a better life and being good citizens in society, education is an essential element. As educators, teachers play an important role in shaping the learning journey of our students. The learning process begins at home with parents and then continues with friends, neighborhood, people, and places around us; the list is endless. There are two main types of education: formal education and informal education.

Formal Education: Formal education is learning that occurs within institutions like schools and colleges. It follows a planned curriculum and involves trained teachers guiding students through various subjects. Formal education is the knowledge we acquire in school life. Children develop their logical and thinking skills, receive basic knowledge in numeric skills, and start to discover their hobbies and interests. Children learn and develop in a safe and caring atmosphere in formal education, which also helps them develop self-confidence and a positive attitude towards learning. In formal education, progress happens through different grades, completing standardized assessments along the way. The main objective and advantages of this education are that it has clear objectives and assessments. It offers a social environment where students interact with peers, work in teams, and develop communication skills.

Informal Education: The aim of informal education is to develop humanity. This education can contribute to the development of individuals in society. Informal knowledge can be acquired from individuals of any age, and informal education provides various experiences of daily life. There is no specific purpose or boundary in acquiring this education. Flexibility is the key to informal learning. Informal education occurs outside the four walls of a classroom, without any timetable, duration, teacher, syllabus, or textbook. Hence, it is also called casual learning. This type of learning allows students to pursue their interests at their own pace for lifelong learning. For example, a student might learn about ecosystems in class but deepen their knowledge by exploring the outside world.

Integrating Both: As educators, our goal is to provide a holistic learning experience that combines the best of formal and informal education. Encouraging activities like projects, field trips, and discussions can bridge the gap between formal and informal education.

In conclusion, formal and informal education are both valuable components of the learning process. As educators, it is our responsibility to recognize the strengths of each and provide education accordingly to bring out the all-round development of students effectively. By doing so, we can empower them to succeed academically, personally, and professionally.

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The domain responsible for the well-being and survival of humans is healthcare. Those involved in healthcare must exercise vigilance in delivering essential care. In recent years, the healthcare system has observed remarkable progress through its amalgamation with artificial technology (AI).

Various aspects of healthcare that have experienced notable progress with the assistance of AI are outlined below:

AI in Drug Design and Development

The process of designing and developing drugs is not only time-consuming but also highly expensive. It typically spans 15 to 20 years before a drug becomes available in the market. AI plays a crucial role in various stages of this procedure, contributing to comprehensive literature surveys, dataset generation, analysis, and results management, among other functions in drug design and development. Several software tools employed in drug design and development, such as QSARINS, PaDEL Generator, PyMol, ChemDraw, Schrödinger, and others, exemplify the impact of AI. These user-friendly applications not only expedite the process but also contribute to a reduction in both the duration and cost associated with drug design and development, swiftly generating results for future analysis.

2. AI in Diagnostics

The intelligence embedded in AI algorithms enables them to scrutinize test findings from X-rays, MRIs, and CT scans with remarkable precision. AI can identify abnormalities that may go unnoticed by doctors and physicians, thereby enhancing the accuracy and effectiveness of disease diagnosis. This, in turn, leads to the identification of the most suitable treatment course for prompt patient recovery.

3. AI in Surgical Procedure

In addition to AI-powered robotic systems, surgeons employ minimally invasive procedures that enable precise and accurate interventions. A notable recent innovation in this field is the creation of Surgical Ar by the company Medivis. This tool, a fusion of augmented reality and artificial technology, provides surgeons with unprecedented holographic images of a patient’s internal anatomy.

4. AI in Remote Patient Monitoring

In recent years, numerous devices and applications have emerged to monitor patient health. Through these applications, healthcare professionals can access real-time patient data, and any sudden changes in the patient’s condition trigger alerts to notify the doctor through an established alarming system. Primarily, these applications and devices find extensive use in monitoring patients with chronic health conditions or those receiving palliative care.

5. AI in Pharmacy Practice

The pharmaceutical dispensary stands as a pivotal sector within healthcare. Pharmacists must ensure the availability of medications, accurate dispensing, and monitor expiration dates, all while updating patient histories. AI technology has facilitated the creation of dedicated databases and software to streamline drug store management.

In summary, the profound integration of AI in healthcare has proven advantageous for both healthcare professionals and patients. The current utilization of AI in healthcare represents just the beginning, and as our understanding deepens and further developments occur, we can anticipate even more advancements in this field with AI serving as a potent ally in healthcare.

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Shrawani Nighot

छंद म्हणजे काय ? तर आपल्या रिकाम्या वेळेत जे काम करायला आवडते त्याला छंद असे म्हणतात. त्यात गायन, नृत्य लेखन ,वाचन, चित्र काढणे, बाग काम करणे, खेळणे असे विविध प्रकारचे छंद असू शकतात. वाचन हा एक उत्तम छंद आहे. वाचन हे वेगवेगळ्या भाषेतून करता येते. परंतु मातृभाषेतून केलेले वाचन वाचायला आणि समजायला सोपे जाते. वाचनामुळे व्यक्तीच्या ज्ञानात भर पडते. व्यक्तीच्या शब्द संपत्ती मध्ये वाढ होते. वाचनामुळे मानवी जीवनाला नवीन दिशा मिळते. वाचनामुळे व्यक्ती आधुनिक जगाशी जोडला जातो.

चांगली पुस्तके तुमच्यावर, तुमच्या विचारांवर सकारात्मक प्रभाव टाकतात आणि तुमच्या आयुष्याला योग्य दिशेस नेतात. वाचनामुळे आपल्याला योग्य काय ,अयोग्य काय याची उकल होते. वाचनामुळे आपल्याला चांगल्या सवयी अवगत होतात. वाचन हे मानवाला अंतर्मुख बनवते. वाचनामुळे लेखनाची कला अवगत होण्यास मदत होते. वाचनामुळे व्यक्तीचा तणाव दूर होण्यास मदत होते. ज्यांचा छंद वाचन आहे अशा व्यक्ती कधीच एकट्या राहू शकत नाही. पुस्तके ही आपले सर्वात चांगले गुरू आहेत. वाचनामुळे आपल्याला आपली संस्कृती परंपरा इतिहास अशा अनेक गोष्टींची माहिती मिळते. ग्रंथातून आपल्याला जीवनाची मूल्ये उमगतात. जीवनाचे महत्त्व समजते. चांगली पुस्तके केवळ तुमचे मित्र नव्हे तर उत्तम शिक्षक देखील बनू शकतात. 

पुस्तकातून आपल्याला वेगवेगळ्या व्यक्तींचे अनुभव वाचायला मिळतात. त्यातल्या चांगल्या अनुभवांचा वापर आपण आपल्या जीवनात करू शकतो. सहाजिकच त्यामुळे चुका टाळता येतात. वाचनामुळे महान थोर व्यक्तींच्या जीवनातील संघर्ष त्यांची जीवनशैली, त्यांची तत्वे त्यांचे थोर पण यांची माहिती मिळते. या थोर व्यक्तींचे विचार कळतात विचारधारा समजते. त्यांच्यातील चांगले गुण आपणास आत्मसाद करून घेता येतात. वाचनामुळे इतिहासातील चुकांची माहिती होते व भावी आयुष्यात त्या चुका टाळता येतात. वाचनामुळे व्यक्ती हा सर्वगुणसंपन्न होतो व त्याच्या कल्पनाशक्तीला चालना मिळते. वाचनामुळे खूप गोष्टी साध्य करता येतात. म्हणूनच म्हणतात वाचाल तर वाचाल ….

Reading is one of the most important and beneficial activities. If you have ever read a book in life you will know the pleasure and rewards of reading. Reading is the kind of exercise that keeps your mind engaged, active, and healthy. It is important to develop the habit of reading not only for the sake of knowledge but also for personal growth.

When you develop the habit of reading, you eventually get addicted to it. Reading can help you grow and give you a new perspective on life. Good books can influence you positively and guide you towards the right direction in life. The more you read the more you fall in love with reading. Reading books is also a way to relax and reduce stress.

Reading increases creativity and enhances your understanding of life. Reading also inspires us to write and one can fall in love with writing as well. If we want to adopt some good habits in life, then reading should be at the top of our priority list. It plays a vital role in the optimistic growth and development of a person.

Reading leads to self-improvement. The pleasure of reading cannot be expressed in words. One needs to read to experience the joy of reading.

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Mrs. Tanuja Ranawade

Artificial Intelligence (AI) has become an increasingly integral part of various stages in drug development, contributing to enhanced efficiency, reduced costs, and improved success rates. Here are several ways in which AI is being harnessed in drug development:

Target Identification and Validation:

AI algorithms analyze biological data to identify potential drug targets, such as specific proteins or genes associated with diseases. Machine learning models predict the likelihood of a particular target being effective based on diverse datasets, including genomics, proteomics, and patient data.

Drug Discovery and Design:

AI accelerates the drug discovery process by predicting and simulating molecular interactions between potential drug compounds and target molecules. Generative models, such as generative adversarial networks (GANs), are utilized to create novel chemical structures with potential therapeutic benefits.

Compound Screening:

AI aids in high-throughput screening of compounds by predicting their biological activity and potential toxicity, narrowing down the list of compounds for further experimental testing.

Clinical Trial Optimization:

Predictive analytics and machine learning algorithms are employed to identify suitable patient populations, predict patient responses, and optimize clinical trial designs. AI analyzes patient data to identify biomarkers or patient characteristics for personalized medicine.

Drug Repurposing:

AI significantly contributes to drug repurposing, where existing drugs are investigated for new therapeutic uses beyond their original intended indications, speeding up the development process and reducing costs.

Data Management and Integration:

AI facilitates the integration of vast and heterogeneous datasets, including genetic information, clinical data, and real-world evidence, to provide a more comprehensive understanding of diseases and treatment outcomes.

Adverse Event Prediction:

AI models analyze historical data to predict potential adverse effects of drugs, aiding in risk assessment and ensuring patient safety.

Regulatory Compliance:

AI assists in managing and analyzing large volumes of data required for regulatory submissions, making the process more efficient and reducing the time needed for approval.

Drug Manufacturing and Quality Control:

AI is used for process optimization in drug manufacturing, ensuring consistent quality and reducing production costs. Machine learning algorithms can monitor and predict equipment failures, improving overall manufacturing efficiency.

Post-Market Surveillance:

AI aids in monitoring the safety and efficacy of drugs once they are on the market by analyzing real-world data, including electronic health records and social media.

Natural Language Processing (NLP):

NLP is used to extract information from medical records, clinical notes, and scientific literature, facilitating the identification of potential drug targets and biomarkers.

Image Analysis:

AI analyzes medical imaging data to identify patterns, detect diseases, and monitor treatment responses in preclinical and clinical settings.

Precision Medicine:

AI aids in the development of personalized treatment plans by considering individual patient data, genetic information, and environmental factors.

Regulatory Compliance:

AI helps streamline regulatory compliance by organizing and analyzing data to meet regulatory requirements more efficiently.

By leveraging AI in these various stages of drug development, researchers and pharmaceutical companies can enhance the speed, accuracy, and cost-effectiveness of the drug discovery and development process, ultimately bringing new and improved therapies to market more efficiently.

While AI brings significant advantages to drug development, it also poses challenges such as data privacy concerns, regulatory issues, and the need for robust validation of AI models. As technology continues to advance, the integration of AI in drug development is likely to play a crucial role in improving the efficiency and success rates of bringing new therapeutics to market.

Avanti Atul Puranik

Final Year B. Pharmacy

AI has emerged as a profound technology, reshaping a wide range of sectors across the globe in recent years, and healthcare is no exception. In the last few decades, significant changes in pharmacy practices have been observed. Artificial Intelligence has played a crucial role in molding the approach of professionals towards conventional methods in handling a plethora of pharmacy practices. This innovation in artificial intelligence technology has opened the way for the healthcare system, ensuring safe and effective medication management and optimal patient care through activities such as the reconciliation of medications, medication review, medication therapy management (MTM), drug information, patient awareness, adverse drug reaction (ADR) monitoring, and multidisciplinary collaborations.

AI technology integration provides pharmacists with tools and systems that assist them in making accurate and evidence-based healthcare judgments. Pharmacists can swiftly examine vast volumes of patient data, such as medical records, test findings, and prescription profiles, by employing AI algorithms and machine learning. This enables them to discover potential drug-drug interactions, evaluate pharmaceutical safety and efficacy, and provide informed recommendations suited to particular patients.

Electronic Health Records (EHRs) serve as fundamental repositories of data crucial for the development and implementation of AI applications in the healthcare domain. They play a pivotal role by offering the requisite information essential for training AI algorithms, validating their performance, and providing real-time decision support. The seamless integration of AI into EHR systems holds significant promise in optimizing clinical workflows, elevating the quality of patient outcomes, and actively contributing to the advancement of precision medicine.

AI-powered tools play a pivotal role in enhancing patient engagement and education within pharmacy settings. Chatbots and virtual assistants, equipped with advanced AI capabilities, serve as valuable resources by providing information, addressing inquiries, and enriching the overall patient experience. These technologies are instrumental in fostering improved communication between healthcare providers and patients, contributing to a more informed and empowered healthcare journey.

Pharmacointelligence is one such term that needs to be highlighted by the professionals involved in pharmacy practices across the globe. The aim for the forthcoming years should be the necessary development in this field, and there is a vital need to alter the approach of orthodox methods involved in handling pharmacy practices.

Within the dynamic landscape of Artificial Intelligence’s cumulative growth, the constant evolution and the introduction of cutting-edge AI tools, exemplified by Chat GPT, underscore the pressing need for a strategic emphasis on enhancing the incorporation of these technologies within the fabric of pharmacy practices, with the ultimate goal of advancing healthcare facilities in the approaching future.

Rajas Sameer Sheth

Final Year B. Pharm.