Blood pressure is affected by several factors:
1) Blood volume - The total amount of blood in circulation affects pressure, as loss of blood through hemorrhaging lowers pressure.
2) Cardiac output - The amount of blood pumped by the heart each minute depends on stroke volume and heart rate, with increases in either factor raising both systolic and diastolic pressure.
3) Peripheral resistance - Resistance from small blood vessels, especially arterioles, influences pressure levels.
The cardiac cycle describes the sequence of events in the heart between two subsequent contractions. It consists of atrial systole, ventricular systole, atrial diastole, and ventricular diastole. During atrial systole, the atria contract and pump blood into the ventricles. Ventricular systole follows, where the ventricles contract and eject blood from the heart. The electrocardiogram (ECG) records the electrical activity of the heart throughout the cardiac cycle, represented by the P, Q, R, S, and T waves.
About 2 liters of gastric juice are secreted daily by the stomach and consists of water, minerals, mucus, hydrochloric acid, intrinsic factor, and inactive enzyme precursors. The gastric juice helps further liquefy food, acidifies the food to stop salivary amylase, kills microbes, and provides an environment for pepsins to break down proteins. Secretion reaches its maximum about an hour after eating and declines to fasting levels around 4 hours later, occurring in cephalic, gastric, and intestinal phases. The functions of the stomach include temporary storage, chemical and mechanical digestion, limited absorption, defense against microbes, and regulating passage to the small intestine.
Cardiac cycle refers to a complete heartbeat from its generation to the beginning of the next beat.
Cardiac events that occur from –
beginning of one heart beat to the beginning of the next are called the cardiac cycle.
The document provides information about the excretory/renal system. It discusses the key parts of the system including the kidneys, ureters, bladder and urethra. The kidneys filter waste from the blood and regulate fluid levels and electrolyte balance. Key structures within the kidneys are described like nephrons, which are the functional filtering units. Processes like filtration, reabsorption and secretion are explained in how the kidneys form and regulate urine composition. Learning objectives are also outlined to characterize each part's role and illustrate the kidney's microscopic and macroscopic structures.
The document provides information on the respiratory system, including:
1. It describes the major organs of the respiratory system including the nose, pharynx, larynx, trachea, bronchi, and lungs.
2. It explains the processes of external respiration which is the exchange of gases between the lungs and blood, and internal respiration which is the exchange of gases between the blood and cells.
3. It provides details on pulmonary ventilation, the transport of oxygen and carbon dioxide in the blood and tissues, and the role of the respiratory system in regulating blood pH, sound production, thermoregulation and protection from pathogens.
The conducting system of the heart consists of specialized cardiac muscle tissue that generates and transmits electrical impulses to initiate and coordinate heart muscle contraction. It includes the sinoatrial node, atrioventricular node, bundle of His, Purkinje fibers and their left and right branches. These structures work together to conduct electrical signals from the upper to lower chambers and allow synchronized, rhythmic pumping of blood throughout the body. Damage to parts of this system can lead to arrhythmias or require treatment like artificial pacemakers.
lymphatic system, a subsystem of the circulatory system in the vertebrate body that consists of a complex network of vessels, tissues, and organs. The lymphatic system helps maintain fluid balance in the body by collecting excess fluid and particulate matter from tissues and depositing them in the bloodstream
The urinary system, components, the urine formation process, The gross structure of the kidney, Microscope structure of the kidney, Renin-Angiotensin Aldosterone System
he sense organs — eyes, ears, tongue, skin, and nose — help to protect the body. The human sense organs contain receptors that relay information through sensory neurons to the appropriate places within the nervous system.
Each sense organ contains different receptors.
General receptors are found throughout the body because they are present in skin, visceral organs (visceral meaning in the abdominal cavity), muscles, and joints.
Special receptors include chemoreceptors (chemical receptors) found in the mouth and nose, photoreceptors (light receptors) found in the eyes, and mechanoreceptors found in the ears.
In humans, the respiratory tract is the part of the anatomy of the respiratory system involved with the process of respiration. Air is breathed in through the nose or the mouth. In the nasal cavity, a layer of mucous membrane acts as a filter and traps pollutants and other harmful substances found in the air.
The document describes the structure and features of the heart chambers. It states that the heart is composed of 4 chambers - the right atrium, right ventricle, left atrium, and left ventricle. Blood enters the atria and is then pumped into the ventricles. From the left ventricle, blood passes into the aorta for systemic circulation, and from the right it enters the pulmonary circulation via the pulmonary arteries. Each chamber has distinct internal and external features and relations to other cardiac structures. The septa divide the atrial and ventricular chambers.
This document summarizes oxygen and carbon dioxide transport in the blood. It states that oxygen is transported in the blood in two forms: 1.5% dissolved in plasma and 98.5% bound to hemoglobin in red blood cells. Hemoglobin binds oxygen reversibly through an iron-containing heme group. The binding and release of oxygen depends on factors like partial pressure of oxygen, acidity, temperature, and partial pressure of carbon dioxide. Carbon dioxide is transported in three forms: 7% dissolved in plasma, 23% bound to hemoglobin as carbamino compounds, and 70% transported as bicarbonate ions through a series of reactions catalyzed by carbonic anhydrase.
The lymphatic system is part of the circulatory system and immune system. It is composed of lymph capillaries that branch throughout the body and collect lymph fluid high in white blood cells. The lymph vessels drain the lymph fluid into the lymph nodes where the fluid is filtered before emptying into the bloodstream via two main lymphatic ducts. The lymphatic system also includes the thymus, spleen, bone marrow, and collections of lymphatic tissue in the respiratory and digestive tracts that help fight infection and produce immune cells.
This presentation is an overview of the description of the 4 stages of the cardiac cycle (atrial diastole, atrial systole, ventricular systole, ventricular diastole) as well as explaining the mechanism of the cardiac cycle.
The document summarizes the process of micturition, or urination. Micturition involves two main steps - the filling of the urinary bladder until tension reaches a threshold level, and then the emptying of the bladder through the micturition reflex or conscious decision. During emptying, the detrusor muscle in the bladder contracts while internal and external urethral sphincters relax, allowing urine to exit the body. The micturition reflex is controlled by the spinal cord, brain stem and cerebral cortex, and can be inhibited or initiated by higher brain centers.
Anatomy and physiology of the digestive systemDipali Harkhani
The digestive system breaks down food and absorbs nutrients. It includes the mouth, esophagus, stomach, small intestine, large intestine, liver, gallbladder and pancreas. The mouth breaks down food with teeth and saliva. The esophagus transports food to the stomach, where acids and enzymes digest it. The pancreas and liver produce enzymes and bile to emulsify and further break down food in the small intestine, where nutrients are absorbed into blood. The large intestine absorbs water before waste is excreted.
Cardiovascular system- Human Anatomy & Physiology 1st.RAHUL PAL
The document discusses the anatomy and functions of the heart. It describes the heart's location in the thoracic cavity and layers (epicardium, myocardium, endocardium). It details the heart valves (tricuspid, bicuspid, pulmonary, aortic semi-lunar), blood vessels (arteries, veins, capillaries), conduction system (SA node, AV node, bundle of His), cardiac cycle and output. Common heart disorders are also listed.
The document discusses the gastrointestinal tract and motility. It begins with defining the GI tract and its parts. It then discusses GI motility including peristalsis and segmentation contractions that move food through the digestive system. It details the layers of the stomach and small intestine walls and their roles in digestion. It concludes with describing motility and movement of food through the specific parts of the GI tract.
The document discusses the anatomy and functions of the small intestine. It is divided into three parts - the duodenum, jejunum, and ileum. The small intestine contains villi and microvilli to increase surface area for absorption. Digestive enzymes in the intestinal juices and glands help break down nutrients into absorbable molecules. Peristaltic waves and segmentation contractions mix and propel food through the small intestine where most absorption occurs before entering the large intestine.
The ear is divided into three parts: the outer, middle, and inner ear. The outer ear collects sound waves and directs them through the external auditory canal to the eardrum. The middle ear contains three small bones (ossicles) that amplify vibrations through bone conduction to the inner ear. The inner ear converts vibrations into neural signals for hearing and balance via the cochlea and semicircular canals. Sound waves are transduced into mechanical, then hydraulic, then electrical energy as they travel through the ear to be interpreted by the brain.
C:\Documents And Settings\User\Desktop\Lec55MBBS IMS MSU
The document discusses vascular distensibility and compliance. It defines distensibility as the fractional increase in volume per mmHg pressure rise. Compliance refers to the total blood volume change per pressure rise. Veins are the most distensible vessels and provide a reservoir function. The pulmonary arteries have greater distensibility than systemic arteries due to lower operating pressures. Sympathetic stimulation increases vessel pressure at each volume, while inhibition decreases it. Pulse pressure is affected by stroke volume and arterial compliance. It rises with reduced compliance as in arteriosclerosis.
Increases in tissue metabolism and decreases in oxygen availability lead to increases in local blood flow. The two major theories for local blood flow control are the vasodilator theory and oxygen demand theory. Local blood flow is closely related to and regulated by the metabolic rate and oxygen needs of each tissue.
Cardiac output is the amount of blood pumped by the heart per minute. It is determined by stroke volume and heart rate. Cardiac output can be expressed in different ways such as stroke volume, minute volume, and cardiac index. Factors that affect cardiac output include body metabolism, exercise, age, body size, preload, afterload, and peripheral resistance. Conditions that cause high or low cardiac output are also discussed. Cardiac output and venous return curves illustrate their relationship and how they reach equilibrium.
The cardiovascular system consists of the circulatory system (heart and blood vessels) and lymphatic system (lymph nodes and vessels). The heart pumps oxygenated blood into the systemic circulation and deoxygenated blood into the pulmonary circulation. It has four chambers and uses electrical signals and mechanical contractions to circulate blood continuously. The cardiac cycle involves atrial and ventricular systole (contraction) and diastole (relaxation). Cardiac output is determined by stroke volume and heart rate. Venous return, arterial pressure, blood volume, respiration, and skeletal muscle pumps influence blood flow.
Cardiac output is regulated through intrinsic and extrinsic mechanisms. Intrinsically, cardiac output is regulated by the Frank-Starling mechanism where increased preload from venous return leads to increased stroke volume. Extrinsically, sympathetic stimulation increases heart rate and contractility to elevate cardiac output, while parasympathetic stimulation lowers heart rate. Changes in afterload from vascular resistance also regulate cardiac output. Hormones like catecholamines and thyroid hormones further modulate cardiac output.
Arterial pulse (The Guyton and Hall Physiology)Maryam Fida
The arterial pulse is caused by the pressure wave that travels along the walls of the arteries when blood is ejected from the left ventricle into the aorta. As the aorta expands to accommodate the ejected blood volume, its elastic recoil causes the pressure wave. This pressure wave causes the expansion of the arterial wall, which can be felt as the arterial pulse. The velocity of the pressure wave is much faster than blood flow. Pulse pressure depends on factors like stroke volume, elasticity of arteries, and the character of blood ejection from the left ventricle. Examining the arterial pulse provides information about heart rate, rhythm, and can help diagnose diseases.
This document summarizes the key components of the cardiovascular system, including different types of blood vessels and how blood flows through the body. It discusses arteries, veins, capillaries, and how they differ. Arteries carry oxygenated blood away from the heart at high pressure, while veins return deoxygenated blood to the heart at low pressure. Capillaries allow for the exchange of nutrients and waste. Blood pressure, flow, and the factors that influence them are also explained.
LECTURE 5_Monitoring of Blood Pressure.pptMiguelJohnson8
The document discusses blood pressure and factors that influence it. It states that blood pressure must be sufficient to overcome resistance to blood flow. Flow depends directly on pressure difference and inversely on resistance. Resistance mainly comes from vessel length and diameter. Small arterioles determine peripheral resistance by constricting or dilating. Other factors like plaque, blood viscosity, and vessel turbulence also affect resistance. Venous return relies on skeletal muscle pump, respiratory pump and other factors to return deoxygenated blood to the heart against low venous pressures.
The document summarizes the anatomy and physiology of the cardiovascular system. It describes the layers of the heart including the pericardium, myocardium, and endocardium. It discusses the pumping action of the heart including the roles of the atria, ventricles, and valves. It explains factors that influence cardiac output such as preload, contractility, afterload, and heart rate. It also provides an overview of the coronary arteries and systemic circulation.
This document summarizes factors that influence blood pressure, including cardiac output and peripheral resistance. It discusses how blood pressure is regulated through control of stroke volume, heart rate, and peripheral resistance. Stroke volume depends on preload and the contractile strength of the ventricles. Other factors like blood volume, viscosity, and vasoconstriction also impact blood pressure. The document outlines the anatomy of arteries branching from the aorta and how venous return relies on skeletal muscle contraction and respiratory movements.
The document discusses several factors that affect blood pressure, including peripheral resistance, vessel elasticity, blood volume, and cardiac output. Peripheral resistance, which is affected by blood vessel diameter, blood viscosity, and total vessel length, has a major influence on blood pressure. Higher peripheral resistance requires more pressure to maintain blood flow. Additionally, increased blood volume or cardiac output leads to higher blood pressure, while decreased vessel elasticity also elevates pressure over time.
Cardiac output refers to the volume of blood pumped by each ventricle per minute. It is determined by stroke volume, heart rate, preload, afterload, and peripheral resistance. Normal cardiac output is approximately 5 liters per minute. It can increase up to 600% in athletes due to enhanced cardiac reserve. Factors such as venous return, force of contraction, heart rate, and peripheral resistance maintain cardiac output within the body.
Heart failure occurs when the heart cannot pump enough blood to meet the body's needs. It can be caused by conditions that impair the heart's ability to contract or relax properly. The main symptoms are fatigue, shortness of breath, and fluid retention due to the heart's inability to maintain adequate blood flow and pressure. Left heart failure causes back pressure in the lungs leading to cough and breathlessness, while right heart failure results in fluid accumulation in the body leading to swelling in the legs and abdomen.
The document describes the stages of the cardiac cycle and how blood flows through the heart due to pressure changes. It discusses:
- There are four stages: atrial systole, ventricular systole, diastole.
- Valves between chambers open and close based on pressure differences, ensuring blood flows in one direction through the heart.
- As chambers contract and relax, pressure within them rises and falls, pushing blood into the next chamber or vessel and causing valves to open and close.
The document discusses hemodynamics, which is the movement of blood in the blood vessels outside the heart. The main factors that regulate blood flow are pressure gradients, vessel diameter, length, and blood viscosity. Blood flow is directly proportional to vessel diameter and inversely proportional to length and viscosity. Arteries have thicker muscular walls than veins and carry blood at higher pressures. Veins have thinner, more distensible walls and store about 65% of the total blood volume at lower pressures. Laminar flow is smooth flow near vessel walls while turbulent flow occurs when flow becomes irregular, such as during stenosis. Maximum resistance to blood flow occurs in the arterioles.
The cardiac cycle describes the sequence of events in one heartbeat. It involves systole, the contraction of the ventricles, and diastole, the relaxation of the ventricles. During atrial systole, the atria contract and blood passes to the relaxed ventricles. During ventricular systole, the ventricle walls contract and force blood out through the arteries. During diastole, the ventricles relax and blood flows back into the atria from the veins, completing the cycle.
The cardiac cycle describes the sequence of events in one heartbeat. It involves systole, the contraction of the ventricles, and diastole, the relaxation of the ventricles. During atrial systole, the atria contract and blood passes to the relaxed ventricles. During ventricular systole, the ventricles contract and force blood out through the arteries. During diastole, the ventricles relax and blood flows back into the atria from the veins, completing the cycle.
This document provides an overview of cardiovascular anatomy and physiology and hemodynamic monitoring. It discusses how the heart pumps oxygenated blood to tissues and deoxygenated blood to the lungs. Key points include:
- The left ventricle pumps oxygenated blood into systemic circulation and its function is important for distributing oxygen to organs.
- Cardiac output, stroke volume, heart rate, preload, afterload and contractility determine how much blood the heart pumps.
- Hemodynamic pressures like CVP, PAP and PCWP are measured to assess preload and afterload on the right and left ventricles.
The document summarizes the cardiovascular system, including the circulatory and lymphatic systems. It describes the heart, blood vessels, blood flow through pulmonary and systemic circulation. It also discusses common diseases like atherosclerosis, heart attack, angina, and their diagnosis and treatment. The circulatory system functions to transport blood throughout the body, while the lymphatic system transports lymph and maintains fluid balance.
Benefits:
1) Construction of a pranic circuit, which maintains and redirects the “prana” or energy flow within your body.
2) Improve and increase concentration even during meditation.
3) Increasing energy and stamina
4) Promotion of better sleep patterns
5) Reduces common diseases such as lower back pain.
6) Relieving stress and any unnecessary tension in the body
7) Diffusion of energy based on Mooladhara Chakra.
8) Better retention and concentration power.
9) Improves sleep pattern.
10) Increases energy in the body.
11) Alleviates lower backache.
Benefits:
1. Strengths the shoulders.
2. Activates heart and lungs.
3. Opens the Anahata chakra ans
instills courage to face any situation.
4. Ganapa has respect even for a small
mouse. This mudra encourages
mutual respect and harmony in the
society.
5. The benefits of Ganesh Mudra extend to the muscles of the heart, the muscles of the chest, shoulders and arms.
6. It also helps to relieve any pain from shoulder and chest.
Benefits:
Stress Relief
Relaxation and rejuvenation of the mind. Stabilizing the nervous system
Maintaining mental clarity and relaxation
Achieving spiritual peace and mental growth.
From the age of about thirteen girls have their periods and they get pain in the lower abdomen. Performing this mudra only for 5-10 minutes relieves the pain.
Scanty or excess bleeding will be regulated.
Practicing this mudra every day for 10 minutes followed by prana mudra will solve the menopause related problems.
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The Influence of Work-Life Balance, Spirituality, And Work Environment on Emp...AJHSSR Journal
ABSTRACT : This research objectives were to determine the influence of work-life balance, spirituality and
work environment on employee performance through a supportive leadership style as an intervening variable at
the Bank Indonesia Jember representative office. This research used the Explanatory Research type. The
population in this research was all Bank Indonesia Jember employees with permanent employment status and
working for more than one year because employees who have experience will be more consistent in their work,
totaling 48 people. The sampling method used a purposive sampling method. The data analysis method uses
Structural Equation Modeling (SEM) with the SmartPLS application. The results of the research showed that 1)
work-life balance, spirituality, work environment influenced the leadership style at the BI Jember Agency, 2)
work-life balance, spirituality, work environment, and leadership style influenced the performance of BI Jember
employees, 3) work- life balance, spirituality and work environment influenced the performance of BI Jember
employees style through supportive leadership as an intervening variable.
KEYWORDS :Work-Life Balance, Spirituality, Work Environment, Supportive Leadership Style,
Performance
This guide provides a comprehensive overview of effective strategies to grow your social media accounts. Whether you are a business looking to increase brand awareness or an individual aiming to boost your online presence, this guide offers practical steps to achieve your goals. Inside, you'll find actionable tips on defining your goals, understanding your audience, maintaining consistent branding, creating high-quality content, posting regularly, engaging with your audience, using hashtags wisely, collaborating with influencers, analyzing your performance, and running social media ads. Use this guide to enhance your social media strategy and achieve sustainable growth.
Social Media's Hidden Toll on Teens: A Guide for Concerned ParentsAmanda Daniels
Social media is a crucial part of teenage life today. Platforms like Instagram, TikTok, and Snapchat are where teens hang out, share memes, and stay connected with friends. But behind the fun and filters, there are hidden dangers. The pressure to gain likes, constant comparisons to seemingly perfect lives, and the threat of cyberbullying can seriously affect teens' mental health and self-esteem. As parents, it's essential to understand these challenges and support our children through them.
Did You Know?
In 2022, almost 95% of U.S. teenagers (ages 13-17) reported using social media.
Over a third of teens use social media "almost constantly," showing how integral it is to their lives.
YouTube, TikTok, Snapchat, and Instagram are the most popular platforms among teens.
The U.S. Surgeon General and the American Psychological Association have raised concerns about the negative impact of social media on youth mental health.
Excessive social media use is linked to anxiety, depression, and other mental health issues in adolescents.
The Hidden Dangers
Social media provides many opportunities for connection and creativity but also hides dangers that can significantly impact teens' well-being.
Mental Health Issues: Constant exposure to curated, perfect images can lead to feelings of inadequacy, anxiety, and depression.
Cyberbullying: The anonymity of the internet can result in severe bullying, leaving lasting emotional scars.
Pressure to Conform: The need to fit in with online trends can cause teens to lose their individuality and struggle with identity issues.
Practical Steps for Parents
Set daily or weekly limits on social media use.
Teach your teen about privacy settings and the dangers of cyberbullying.
Encourage offline activities to balance screen time.
Have open conversations about their online experiences and emotions.
By guiding our teens with love and wisdom, we can support them in using social media safely and positively.
https://www.neighbz.com/blog/social-medias-hidden-toll-on-teens-guide-for-concerned-parents
The Effect of Reward, Punishment and Organisational Climate on Employee Perfo...AJHSSR Journal
ABSTRACT:This study aims to examine the effect of reward, punishment, and organisational climate on
performance and job satisfaction of NTB Province Bappenda employees, as well as the mediating role of job
satisfaction on the effect of reward, punishment, and organisational climate on employee performance. This type
of research is causal associative with a quantitative approach. Data were collected using the census method with
92 respondents of Bappenda employees of NTB Province. Data analysis techniques using PLS-SEM with Smart
PLS software version 3. The results showed that reward has a significant positive effect on employee
performance and job satisfaction, punishment has a significant negative effect on employee performance and job
satisfaction, organisational climate has a significant positive effect on employee performance but not significant
on job satisfaction. Job satisfaction has a significant positive effect on employee performance. There is an
indirect effect of reward and punishment on employee performance through job satisfaction, as well as an
indirect effect of organisational climate on employee performance through job satisfaction although not
significant. The study recommends giving appropriate rewards and fair punishment to employees, as well as
creating an organisational climate that supports work so as to increase job satisfaction and employee
performance of Bappenda NTB Province.
KEYWORDS:Employee Performance, Reward, Punishment, Organisational Climate, Job Satisfaction.
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Joe Setley on Building and Engaging a Worldwide Boxing Fan Base for Top Rank ...Neil Horowitz
On episode 275 of the Digital and Social Media Sports Podcast, Neil chatted with Joe Setley, Senior Director of Social Media and Content Strategy for Top Rank Boxing
What follows is a collection of snippets from the podcast. To hear the full interview and more, check out the podcast on all podcast platforms and at www.dsmsports.net
In summary, digital marketing metrics and analytics are essential for measuring performance, optimizing strategies, and driving business growth in the digital age. By leveraging data effectively, marketers can gain valuable insights into audience behavior, campaign effectiveness, and overall ROI, ultimately enhancing marketing effectiveness and driving meaningful business outcomes.
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Dynamics of Competency-Based Bumn Leadership Selection Processin The Era of G...AJHSSR Journal
ABSTRACT: Leadership is a unique power that a person has in carrying out their responsibilities to bring
prosperity and progress to a business. Leadership is unreal that emphasizes the elements of value, power and
competence as well as the principles of work that determine the right direction. In the current era of global
competition, it is very important for every company or organization to determine a leader who has great capacity
and high honest culture and qualified competence. BUMN as a state-owned company has a national vision and
mission as the pillar of the economy and helps support the development of the country. Achievement in
realizing Good Corporate Governance practices is the main foundation for every BUMN leader. The purpose of
this research is to analyze the competence of BUMN leadership in the era of global competition. The research
method used is a literature study with a descriptive qualitative approach.
KEY WORDS: Competence, Global Competition Era, Global Leadership, Corporate Communication, BUMN
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Podcasting for Beginners Learn how to Launch and Profit from Your Show.pdfIkennaMichaelOdinkon
Podcasting is drastically growing, driven by trends like interactive content, personalized recommendations, cross-platform integration, niche content, and global expansion. These trends are shaping a dynamic future for podcast creators and listeners alike. This article provides a concise introduction into Podcasting.
Edu Ecotoursm Teluk Buo : CSR PT Pertamina Patra Niaga Regional Sumbagut IT T...AJHSSR Journal
ABSTRACT : Teluk Buo is administratively included in the Central Kabung Bay area, Padang City, Province
West Sumatra. Teluk Buo has various natural and socio-cultural resource potentials. Wrong one of them is the
existence of mangrove areas, mangroves are an ecosystem multifunctional in the Coastal area. However, this
condition is not supported by awareness community to preserve mangrove forests as ecotourism areas. This is
due to lack of public understanding of the function of the existence of the mangrove ecosystem, yet Optimizing
efforts to maintain mangrove areas from the community is a major problem in the Gulf Ma'am, then the issue of
climate change is the reduction in land area of 1-2 meters per year due to vulnerability in coastal ecosystems,
apart from that, gender inequality is also still a problem in Teluk Buo coastal environment, women's groups have
not been involved in the management stage mangroves, and the problem of poverty because the majority of Teluk
Buo residents are fishermen. This research aims to describe the Teluk Buo Tourism Village Development
program built by PT Pertamina Patra Niaga Integrated Terminal Teluk Kabung in the economic and field sectors
environment to improve the economic level of society and improve coastal life. Method The research used is
descriptive-qualitative with data collection techniques in the form of interviews, observations, and
documentation. The results of this study show that activity and innovation in the Teluk Buo Tourism Village
Development program carried out by Pokdarwis Teluk Buo has had an economic impact on the Teluk Buo
community. On the other hand, this program making changes to the system for meeting needs, increasing
organizational capabilities, encouraging social cohesion, and creating new things in managing mangrove tourism.
The goal is to become a sustainable development program oriented towards environmental preservation and
improve the welfare of society. It is hoped that this program can empower the community to get out of problems
and maximize their potential, as well as program implementation It is not only felt by the people of Teluk Kabung
Tengah but also outside the city of Padang.
KEYWORDS: Economy; Tourism Village; Tourism Awareness Group; Poverty; Mangroves Learning Center
Edu Ecotoursm Teluk Buo : CSR PT Pertamina Patra Niaga Regional Sumbagut IT T...
Factors affecting blood pressure
1. Factors affecting blood pressure
Factors affecting blood pressure:
Blood volume.
Cardiac output
Peripheral resistance.
The elasticity of blood vessels.
The diameter of the lumen of blood vessels.
The viscosity of blood.
Blood volume: it’s the total amount of blood in circulation. A sufficient amount of
blood in blood vessels is necessary to maintain normal blood pressure loss of blood
as in hemorrhage produces a fall in blood pressure.
2. Factors affecting blood pressure
Cardiac output is the quantity of blood pumped by the heart in one minute. It’s the
product of stroke volume and the heart rate. An increase in stroke volume increases
systolic blood pressure. An increase in cardiac output increases both systolic and
diastolic blood pressure.
Peripheral resistance: is the resistance offered by blood vessels for the flow of blood.
Resistance is offered mainly by small blood vessels, especially arterioles.
Elasticity of the arterial walls distends the aorta when the ventricle contracts. The
elastic recoils when the ventricle relaxes. This recoiled pushes the blood onwards.
The decrease in elasticity as in atheroma produces a rise in blood pressure.
3. Factors affecting blood pressure
50 The diameter of the lumen of blood vessels: can be altered, narrowing of the
lumen increases the resistance to blood flow and this increases blood resistance to
blood flow and this increases blood pressure. Enlargement of the lumen has the
opposite effect.
The viscosity of blood: it’s the blood stickiness. The viscosity of blood spends on
plasma, plasma proteins and number of the red blood cells. An increase in viscosity
increases blood pressure.