Mam ye metabolic alkalosis or acidosis kaise ho rha hai jbki ho to ye CO2 ki wjh se respiratory system ( lung) me ho rha hai ..aise to is condition ko respiratory alkalosis or acidosis hona chahiye... please mam reply
Co2 is present in our blood in soluble gaseous form & insoluble bicarbonate form.So if there any changes happens in CO2 level ( bicarbonate form) in blood it can lead to metabolic acidosis or alkalosis. Increased bicarb level- leads to metabolic alkalosis Decreased bicarb level- leads to metabolic acidosis Change in soluble gaseous form leads to respiratory acidosis and alkalosis. Increased CO2 level- leads to respiratory acidosis Decreased CO2 level - leads to respiratory alkalosis
Me apko ek video bhejta hun jisme CO2 ki wjh se hone wale action ko respiratory btaya gye hai ... Or ab jb maine apki dekhi to mera to confusion bd gya hai...so me kis pr bharosa krun 😟😟😟
CO2 gas ka level badhne se respiratory acidosis hogi and HCO3 ka level kam hone se metabolic acidosis hogi. CO2 & HCO3 Dono hi CO2 transport ki forms h. Concept clear krne k liye y lecture dekho ruclips.net/video/SGmtt_FDMDI/видео.html
Correct, acidosis is a condition characterized by an abnormal increase in the acidity of the blood, also known as a decrease in the pH of the blood. The normal pH range for blood is 7.35 to 7.45. If the pH falls below 7.35, it is considered acidotic. There are two main types of acidosis: respiratory acidosis and metabolic acidosis. Respiratory acidosis occurs when the lungs are not able to remove enough carbon dioxide (CO2) from the body, causing the blood's pH to decrease. This can be caused by a variety of lung conditions, such as chronic obstructive pulmonary disease (COPD) or asthma, or by certain medications that depress breathing. Metabolic acidosis occurs when there is an excess of acid in the body, or when the kidneys are not able to remove enough acid from the blood. This can be caused by a variety of conditions, such as diabetes, kidney disease, or lactic acidosis, a condition caused by an accumulation of lactic acid in the body. Acidosis can be dangerous and requires medical attention. The treatment will depend on the underlying cause of the acidosis and may include addressing the underlying condition, administering oxygen, or using medications to correct the pH of the blood.
The respiratory system maintains normal blood pH levels through the regulation of carbon dioxide, an acid that exits the body through exhalation. Hypoventilation causes an increase in carbon dioxide and leads to acidosis-a decreased pH level. The renal system, also called the metabolic system in this context, assists in regulating blood acidity and alkalinity through the excretion of hydrogen ions (H+) and bicarbonates. Decreased bicarbonate levels and increased hydrogen ions in the blood cause acidosis and a decrease in pH level. So in both cases wheather it is respiratory acidosis or metabolic acidosis PH will be decreased. Although ions responsible for this are different.
ma'am the term METABOLIC ACIDOSIS & ALKALOSIS must change with Respiratory acidosis and alkalosis as :- Metabolic alkalosis: Metabolic alkalosis may be caused by losing too much acid from the body, or by having too much bicarbonate. Respiratory alkalosis: Respiratory alkalosis can happen when there is too little carbon dioxide in the blood due to the lungs breathing out too much carbon dioxide. This may be due to hyperventilating, which is breathing abnormally fast, or conditions that cause shortness of breath. Metabolic acidosis: Metabolic acidosis occurs when too much acid is produced by the body, or too much bicarbonate, which is a base (alkali), is lost. Also, taking in certain substances or poisons that are acidic or become acidic in the body can overwhelm the body’s mechanisms and cause metabolic acidosis. Respiratory acidosis: Respiratory acidosis occurs when lung or breathing disorders affect the body’s ability to breathe out carbon dioxide, leading to too much acid in the body.
Buffer system for acid base balance ruclips.net/video/VDgbgFOYG_4/видео.html Renal mechanism for acid base balance ruclips.net/video/_uzpaDVV2vQ/видео.html
Amazing lectures
Very nyc explain mam 🙏🏻🙏🏻
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Very well explanation
Beutifully explained thanks.
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Thank mam nice topic❤❤
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U nailed it mam u explained it very well that's y I subscribe ur channel
Thanks so much mam for nice clear topic🙏🏻
Ma'am plz compensation or un compensation ka be bta dy. Ap NY both achi sy guid. So nice of u. May u live long
Yes please teacher is topic per bhi ek vedio bnaen kindly
Best teacher
Best
Dee ek bar ORS ki bhi video bnao
Thank you so much mam🙏🏻 for this nice video ✨😇
Ma'am provide PPT of this lecture
Mam excellent explanations Mam alkalosis CNS ko direct kaise effect karata h ,🤔🤔
Maam co2 ka nature acidic hota hai ya nasic explain plz
Res acidosis aana chahiye na Metabolic acidosis ki jagah
Metabolic, metabolism kya he.....?
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Thanku mam
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Mam thank you..
Mam ye metabolic alkalosis or acidosis kaise ho rha hai jbki ho to ye CO2 ki wjh se respiratory system ( lung) me ho rha hai ..aise to is condition ko respiratory alkalosis or acidosis hona chahiye... please mam reply
Co2 is present in our blood in soluble gaseous form & insoluble bicarbonate form.So if there any changes happens in CO2 level ( bicarbonate form) in blood it can lead to metabolic acidosis or alkalosis.
Increased bicarb level- leads to metabolic alkalosis
Decreased bicarb level- leads to metabolic acidosis
Change in soluble gaseous form leads to respiratory acidosis and alkalosis.
Increased CO2 level- leads to respiratory acidosis
Decreased CO2 level - leads to respiratory alkalosis
@@HEMASELIYA me confusion ho rha hai 😟
Me apko ek video bhejta hun jisme CO2 ki wjh se hone wale action ko respiratory btaya gye hai ... Or ab jb maine apki dekhi to mera to confusion bd gya hai...so me kis pr bharosa krun 😟😟😟
CO2 gas ka level badhne se respiratory acidosis hogi and HCO3 ka level kam hone se metabolic acidosis hogi.
CO2 & HCO3 Dono hi CO2 transport ki forms h.
Concept clear krne k liye y lecture dekho
ruclips.net/video/SGmtt_FDMDI/видео.html
Nice
In acidiosis ph of blood is decreased ,lower than 7.35
Correct, acidosis is a condition characterized by an abnormal increase in the acidity of the blood, also known as a decrease in the pH of the blood. The normal pH range for blood is 7.35 to 7.45. If the pH falls below 7.35, it is considered acidotic.
There are two main types of acidosis: respiratory acidosis and metabolic acidosis.
Respiratory acidosis occurs when the lungs are not able to remove enough carbon dioxide (CO2) from the body, causing the blood's pH to decrease. This can be caused by a variety of lung conditions, such as chronic obstructive pulmonary disease (COPD) or asthma, or by certain medications that depress breathing.
Metabolic acidosis occurs when there is an excess of acid in the body, or when the kidneys are not able to remove enough acid from the blood. This can be caused by a variety of conditions, such as diabetes, kidney disease, or lactic acidosis, a condition caused by an accumulation of lactic acid in the body.
Acidosis can be dangerous and requires medical attention. The treatment will depend on the underlying cause of the acidosis and may include addressing the underlying condition, administering oxygen, or using medications to correct the pH of the blood.
If CO2 ⬆️ ph ⬇️ then it will be Respiratory Acidosis not metabolic acidosis ..In metabolism acidosis CO2⬆️ PH⬆️
The respiratory system maintains normal blood pH levels through the regulation of carbon dioxide, an acid that exits the body through exhalation. Hypoventilation causes an increase in carbon dioxide and leads to acidosis-a decreased pH level.
The renal system, also called the metabolic system in this context, assists in regulating blood acidity and alkalinity through the excretion of hydrogen ions (H+) and bicarbonates. Decreased bicarbonate levels and increased hydrogen ions in the blood cause acidosis and a decrease in pH level.
So in both cases wheather it is respiratory acidosis or metabolic acidosis PH will be decreased. Although ions responsible for this are different.
@@HEMASELIYA thanxs for clarification ❤️✨
Ma'am aap ka basics wala lecture mujhe nahi mila plz aap link dai dengi?
ruclips.net/video/C_QItUdbD4Y/видео.html
Thank you ma'am 💖 aik suggestion hai ke aap har lecture ko 1 2 3 aise numbers diya karein taa ke hamein pata chale sequence ka. Thank you again 💖
In the matabolic acidosis pco2 decrease
Aj sai ap mera mam hain
Mam compensation and uncompensation samjhw plzzzzzzzzzzz
Ma'am the tubule and cell diagrams that you made ...can we make the same diagram in our exam?
Yes of course. But you have to label it properly.
Mam you live long 😊😊😊
No acetone is also volatile
Yes but it is not acid.Here we are talking about acidic components.
ma'am the term METABOLIC ACIDOSIS & ALKALOSIS must change with Respiratory acidosis and alkalosis
as :-
Metabolic alkalosis: Metabolic alkalosis may be caused by losing too much acid from the body, or by having too much bicarbonate.
Respiratory alkalosis: Respiratory alkalosis can happen when there is too little carbon dioxide in the blood due to the lungs breathing out too much carbon dioxide. This may be due to hyperventilating, which is breathing abnormally fast, or conditions that cause shortness of breath.
Metabolic acidosis: Metabolic acidosis occurs when too much acid is produced by the body, or too much bicarbonate, which is a base (alkali), is lost. Also, taking in certain substances or poisons that are acidic or become acidic in the body can overwhelm the body’s mechanisms and cause metabolic acidosis.
Respiratory acidosis: Respiratory acidosis occurs when lung or breathing disorders affect the body’s ability to breathe out carbon dioxide, leading to too much acid in the body.
Plz explain Acid base balance through bicarbonate buffer system
Buffer system for acid base balance ruclips.net/video/VDgbgFOYG_4/видео.html
Renal mechanism for acid base balance
ruclips.net/video/_uzpaDVV2vQ/видео.html
Mam: Medulla oblongata react krega ya nhi krega .
Backbencher : nhi krega 🤣🤣
Great 👏
Thanku mam