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latest #tubule created topics on internet
ikservices
DBuzz
2021-12-25 16:36
Proteinuria (protein in the urine) can be cause by a glomerular proble ...
Proteinuria (protein in the urine) can be cause by a glomerular problem or a tubular problem #health #proteinuria #kidney #glomerulus #tubule
$ 1.019
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1
secondmedicalop
STEMGeeks
2020-02-22 06:11
Renal Tubular Transport #17. S1 Segment, Proximal Tubule. Neutral Amino Acid Transport 1
This post is showing the neutral aminoacid transport. In the basolateral membrane: The Na/K ATPase, which brings 2 potassium ions into the cell and releases 3 sodium ions into the interstitial space. The
$ 0.053
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secondmedicalop
STEMGeeks
2020-02-10 04:47
Renal Tubular Transport #16. S1 Segment, Proximal Tubule. Organic Anion Transport 1
This post is showing the organic anion transport. The Na/K ATPase, which brings 2 potassium ions into the cell and releases 3 sodium ions into the interstitial space. The sodium/dicarboxylate cotransporter
$ 0.047
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secondmedicalop
STEMGeeks
2020-02-04 04:22
Renal Tubular Transport #15. S1 Segment, Proximal Tubule. Phosphate Transport 1
Here, we show the following in the apical membrane of the S1 segment of the proximal tubule. The NaPi-IIa cotransporter, which brings 3 sodium ions with 1 HPO42- The NaPi-IIc cotransporter, which brings
$ 0.036
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1
uthantzin
Indiaunited
2026-05-12 16:44
Promoted
Creating A Nice Dancing Music Performance of 230 Josh and Playing Activities in Rising Star Game...!
Hello to all members on Hive Blockchain Platform. I would like to share you about Creating A Nice Dancing Music Video of 230 Josh and Playing Activities in Rising Star Game. My feeling is going to create
$ 1.352
387
secondmedicalop
STEMGeeks
2020-02-02 05:28
Renal Tubular Transport #14. S1 Segment, Proximal Tubule. Glucose Transport 1
In this post, I show that the glucose reabsorption in the S1 segment of the proximal tubule occurs when glucose enters the S1 tubular cell from the fltrate via the SLGT2 (sodium/glucose cotransporter).
$ 0.048
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secondmedicalop
STEMGeeks
2020-01-30 23:05
Renal Tubular Transport #1. S1 Segment, Proximal Tubule. Sodium Transport 1 (Sodium/Hydrogen Ion Transport) (2nd Edition)
This is the second edition of the Renal Tubular Transport #1. S1 Segment, Proximal Tubule. Sodium Transport 1 (Sodium/Hydrogen Ion Transport) Click here for the 1st Edition. I have added a reference and
$ 0.036
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secondmedicalop
STEMGeeks
2020-01-27 03:42
Renal Tubular Transport #13. S1 Segment, Proximal Tubule. Magnesium Transport 1
In this post, I show that the magnesium reabsorption in the S1 segment of the proximal tubule is achieved through the paracellular way, by solvent drag and by the positive voltage created in the luminal
$ 0.040
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secondmedicalop
STEMGeeks
2020-01-26 02:05
Renal Tubular Transport #12. S1 Segment, Proximal Tubule. Water Transport
In this post, I show that the water reabsorption is achieved through the aquaporin-1 (AQP1) channel in the S1 segment. This channel is present in the apical and basolateral membranes. AQP7 is present in
$ 0.039
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iscrak
Photography Lovers
2026-05-08 01:40
Promoted
From My Window / Desde mi Ventana
From My Window / Desde mi Ventana
$ 0.647
40
2
secondmedicalop
STEMGeeks
2020-01-25 06:06
Renal Tubular Transport #11. S1 Segment, Proximal Tubule. Calcium Transport 1 (Paracellular Transport)
Here, I show the paracellular movement of calcium in the proximal tubule. Up to 65% of the calcium is reabsorbed at this level. The paracellular (around the cells) movement of calcium could be through
$ 0.033
9
secondmedicalop
STEMGeeks
2020-01-24 04:57
Renal Tubular Transport #10. S1 Segment, Proximal Tubule. Potassium Transport 2 (Paracellular Transport)
Here, I show the paracellular movement of potassium in the proximal tubule. Up to 65% of the potassium is reabsorbed at this level. The paracellular movement of potassium could be through solvent drag
$ 0.030
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secondmedicalop
STEMGeeks
2020-01-22 05:31
Renal Tubular Transport #9. S1 Segment, Proximal Tubule. Potassium Transport 1 (Channels)
Here, I show the different types of potassium channels that exist in a proximal tubular cell, based on their conductance and in their apical or basolateral locations. I am also showing the Na+/K+ ATPase,
$ 0.036
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secondmedicalop
STEMGeeks
2020-01-19 00:41
Renal Tubular Transport #2. S1 Segment, Proximal Tubule. Sodium Transport 2 (Sodium/Phosphate Transport) (2nd Edition)
This is the second edition of the Renal Tubular Transport #2. S1 Segment, Proximal Tubule. Sodium Transport 2 (Sodium/Phosphate Transport) Click here for the 1st Edition. I have improved the number of
$ 0.066
11
tangmo
life
2026-05-11 08:28
Promoted
Sacred San Phra Phums with awesome decorations
Sacred San Phra Phum at Suan Mokkh Bangkok Referring to my visit to Suan Mokkh Bangkok a long time ago as I showed you in my old post, at that time I found a large and sacred San Phra Phum at the corner
$ 2.165
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secondmedicalop
STEMGeeks
2020-01-17 04:33
Renal Tubular Transport #8. S1 Segment, Proximal Tubule. Sodium Transport 8 (Sodium/Amino Acid Transport)
Most of amino acid reabsorption occurs in the proximal tubule. Amino acids are divided into basic (cationic), neutral, and acidic (anionic). The sodium coupled transporters are mentioned in this post and
$ 0.051
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secondmedicalop
STEMGeeks
2020-01-16 03:15
Renal Tubular Transport #7. S1 Segment, Proximal Tubule. Sodium Transport 7 (Sodium/Glucose Transport)
As we I have said before, from all the filtered sodium, about 65% is reabsorbed in the proximal tubule. The engine of this is the Na/K ATPase at the basolateral membrane of the tubular cell. This is an
$ 0.127
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1
secondmedicalop
STEMGeeks
2020-01-15 01:28
Renal Tubular Transport #6. S1 Segment, Proximal Tubule. Sodium Transport 6 (Sodium/Lactate Transport)
This post is showing the sodium transport coupled with the transport of the lactate ion in the apical membrane of the S1 segment of the proximal tubule. Monocarboxylates like L-lactate, propionate, butyrate,
$ 0.111
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1
secondmedicalop
STEMGeeks
2020-01-14 03:12
Renal Tubular Transport #5. S1 Segment, Proximal Tubule. Sodium Transport 5 (Sodium/Sulfate Transport)
This post is showing the sodium transport coupled with the transport of the sulfate ion in the apical membrane of the S1 segment of the proximal tubule. The Na/K ATPase, which brings 2 potassium ions into
$ 0.215
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1
moito
Literatos
2026-05-12 01:35
Promoted
Contenido Original: "Cuando el ParaĆso š“se vuelve un Infiernoš„" /CapĆtulo 1 y Sinopsis
Portada Para mejor visualización y lectura, recomiendo utilizar la interfaz de Ecency. ā- Espera... - me dijo de pronto. āMe detuve unos segundos y notĆ© que le estaba costando decidirse hablar. -Tengo
$ 0.027
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2
secondmedicalop
STEMGeeks
2020-01-10 04:08
Renal Tubular Transport #3. S1 Segment, Proximal Tubule. Sodium Transport 3 (Sodium/Bicarbonate Transport)
This post is showing the sodium transport at the basolateral membrane. The Na/K ATPase, which brings 2 potassium ions into the cell and releases 3 sodium ions into the interstitial space. The
$ 0.033
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1
secondmedicalop
STEMGeeks
2020-01-09 04:36
Renal Tubular Transport #2. S1 Segment, Proximal Tubule. Sodium Transport 2 (Sodium/Phosphate Transport)
The same electrochemical gradient generated by the Na/K ATPase mentioned in the previous post serves as the force behind the sodium/phosphate cotransporter Here, we show the following in the apical membrane
$ 0.209
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secondmedicalop
STEMGeeks
2020-01-08 03:29
Renal Tubular Transport #1. S1 Segment, Proximal Tubule. Sodium Transport 1 (Sodium/Hydrogen Ion Transport)
From all the filtered sodium, about 65% is reabsorbed in the proximal tubule. The engine of this is the Na/K ATPase at the basolateral membrane of the tubular cell. This is an active transport that requires
$ 0.031
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