Jugular vein haemodialysis

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jugular vein haemodialysis

Davide Pacheco. Download PDF. A short summary of this paper. In these cases, either the external or the internal jugular vein can be used to perform or maintain an upper arm graft. Isolated case reports on the use of jugular veins in vascular access for dialysis have been published previously. Age, presence of diabetic nephropathy, complications of the angio-access, and therapeutic methods of treating complications were analyzed. Grafts used in the remaining patients were 6-to 8-mm manually tapered grafts.

All surgical procedures were performed under local anesthesia with alkalinized 0. A 2-g dose of cephazolin was administered preoperatively. If the patient was on dialysis through a temporary venous catheter, Vancomicyn 1 g was administered intravenously.

Whenever the patient was not hospitalized for other reasons, the operation was performed in an ambulatory surgical setting. Fistulography was obtained in all cases of dysfunction. The duration of angio-access was analyzed using the life-table method. Primary patency was defined as the interval between graft construction and the occurrence of any complication requiring surgical or radiological therapy.

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Secondary patency was defined as the interval between graft placement and definitive loss of function due to a nonrecoverable complication. Comparison between curves was obtained using the Haenzel-Mantel method logrank.

Characteristics of brachiojugular grafts were as follows. Age of the patients ranged from 8 to 72 years mean, 49; confidence interval, The external jugular vein was used in 21 cases and the graft was anastomosed to the internal jugular vein in another 30 cases. In 18 accesses, 6-mm grafts were used; 6-to 8-mm tapered grafts were placed in another 33 patients.

Patency of the jugular vein axis up to the right atrium must be confirmed by radiologic or echographic studies when this surgical procedure is considered. Patency of jugular vein was confirmed by echodoppler studies in nine patients. Transfemoral flebography was performed in another eight patients. In the rest of the patients, in whom no jugular catheter was previously used, imaging studies were not performed.

Early failure was not observed. Overall follow-up time was graft-months. The complication rate was 0. Graftvenous stenosis was diagnosed by fistulography in all cases of graft dysfunction.

Proximal external jugular vein stenosis was treated with a bypass to the internal jugular vein in two patients. Internal jugular vein stenosis was treated with a bypass to a more proximal vein Fig. A new form of distal venous hypertension causing facial edema was found in three patients, each with an external jugular vein graft.

The 4 Types of Dialysis Access

Venous stenosis was ruled out by fistulography. This syndrome was successfully treated with distal vein ligation. Primary and secondary patency rates are shown in Fig.ISSN: Complications of Internal jugular catheters in haemodialysis patients at a kidney care center in Nigeria.

J Clini Nephrol. DOI: This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

Jugular Central Venous Catheterization Step by step

Internal jugular vein catheters IJC is recommended as the central venous access of choice in haemodialysis patients. However it is associated with complications of variable severity. Objectives: To study the complications associated with internal jugular vein catheters in haemodialysis patients in southern part of Nigeria. Methodology: The clinical details of patients who had IJC insertion at the kidney house, Hilton clinics Port Harcourt from 1st October to 30th September were documented.

Complications from the IJC developed by the patients during the study period were also documented. The data obtained was analyzed using SPSS version P value less than 0. Results: A total of patients had internal jugular catheter insertions.

The mean age was The late complications were infection There was no statistical significant difference in both immediate and late complication with age and sex.

Conclusion: Internal jugular catheter is froth with immediate and late complications in haemodialysis patients. Internal jugular vein catheter IJC plays a key role in the management of kidney failure patients requiring haemodialysis.

The kidney disease outcome quality initiative K - DOQI recommends that internal jugular vein catheter is the preferred central venous catheter for patients requiring haemodialysis [1]. In Nigeria, central venous catheters CVCs are the most common and readily available vascular access for haemodialysis.

Internal jugular catheters especially the right internal jugular vein are usually preferred because of their straight course, less interference with movement and less likelihood of vascular and pulmonary injuries etc. Tunneled catheters are preferred CVC in patients for long term maintenance haemodialysis [2].

jugular vein haemodialysis

Varying complications has been associated with the use of IJC in haemodialysis patients. Catheter-related complications vary widely depending on the terminology and definition of complications, patient population, units of measurement, duration of catheterization, follow-up, catheter location, placement and care, and also diagnostic methods 6.You may already know that before you can receive dialysis, you need to have an access placed. Afterall, your dialysis access is your lifeline and a critical factor in enabling you to obtain the best dialysis treatment possible.

Gaining an understanding of the 4 types of dialysis accesses will help you, along with your nephrologist, determine which type of dialysis access is right for you. There are three different types of dialysis access used for hemodialysisa process in which blood is transported from your body for cleaning.

Another type of dialysis, called peritoneal dialysiswhich uses the abdominal lining and a specialized sterile solution to clean the blood inside your body, requires a different type of access known as:.

Brachial-jugular Expanded PTFE Grafts for Dialysis

Which access is the best for you will depend on many factors. A CVC is not usually intended to be a permanent type of access. Your physician will give you strict care instructions, so be sure to follow them. Before having a CVC placed, you should understand both the advantages and disadvantages of this access option. Advantages Quick to place and remove May be used immediately for dialysis Central Venous Catheter Placement is an outpatient procedure Disadvantages May damage central veins May increase the length of the hemodialysis treatment Bathing and swimming not recommended Complications can include infection and catheter clotting.

The second type of dialysis access is an AV fistula, which is an actual surgical connection made between an artery and a vein. An AV fistula is most often created in your non-dominate arm, but sometimes it can be created in your leg.

This access results in an increased blood flow rate through the vein, which helps enlarge and strengthen the vein. An AV fistula allows a higher rate of blood to flow back and forth from your vein to a dialysis machine. Once the AV fistula creation is complete, you will need to wait several months before it can be used so it can fully heal and mature. While an AV fistula is generally considered the best access option, it also has some disadvantages. Advantages Can function for years Not as likely as a catheter to become infected Not as likely to clot Disadvantages May require another temporary type of access during the healing and maturation phase Maturation may be delayed, or it may fail to mature Needles are required to access the AV fistula for hemodialysis.

The third type of access, called an AV graft, functions similarly to an AV fistula. If you have blocked or damaged veins, or veins that are too small for a fistula, you may be a candidate for an AV graft. AV graft placement is also a surgical procedure, but instead of connecting the artery directly to the vein, one end of a small hollow, synthetic tube will be connected to your vein, and the other end will be connected to your artery.

Just like with an AV fistula, you will need to care for your graft every day, so remember to look, listen and feel for the same indicators used with a fistula. As with all types of dialysis access, an AV graft also has advantages and disadvantages. A PD catheter is used for peritoneal dialysis, which uses the lining of your belly and a dialysate solution to clean your blood. This type of dialysis can be a desirable method for people who are always on the go.

With a PD catheter, dialysis can be performed at home and takes less time to accomplish. If you are unable to care for yourself, have an abdominal hernia or inflammatory bowel disease, recurring diverticulitis or large surgical scars on your belly, peritoneal dialysis and the PD catheter may not be an option for you.

Having a PD catheter is associated with a high risk of infection in the lining of your belly, the tunnel that the catheter is threaded through or in the site where the catheter exits your body.

Getting to the point where you have to seriously consider dialysis can be a scary time. But being prepared and understanding all types of dialysis access means you can feel confident in the choice you and your doctor make. Be sure to carefully consider each of the various types of dialysis access and discuss which will offer you the best quality of life. Sources: i Morsy, A. Journal of Surgical Research 74 1 : World Journal of Nephrology 1 4 : When your kidneys are healthy and functioning properly, they work to filter and clean your blood.

If your kidneys are When your kidneys are healthy, they work to clean your blood and remove toxins and extra fluid in the form As soon as you start feeling better after your dialysis access surgery to create your new dialysis access, you may Learn about the steps we are taking to ensure your safety, get answers to some common questions, and understand the facts about the COVID vaccine.Mark J.

Sarnak, Andrew S.

Availability of right femoral vein as a route for tunneled hemodialysis catheterization

The value of a routine radiograph following an uneventful placement of an internal jugular haemodialysis catheter has been questioned.

The argument is that unsuspected findings occur in less than 1. We describe an unusual venous anomaly that was revealed by a routine post-procedure chest radiograph and review the potential complications that may have resulted if dialysis had been initiated. A year-old woman with a history of chronic renal insufficiency was admitted to the hospital after suffering a myocardial infarction.

She became progressively fluid overloaded and required ventilatory support. A cm dialysis catheter was placed in the left internal jugular vein for haemodialysis access. Non-pulsatile dark blood was aspirated and the haemodialysis catheter was placed without difficulty using the Seldinger technique. No complications were suspected.

A subsequent chest radiograph Figure 1 revealed the tip of the catheter projecting on the lateral aspect of the proximal descending thoracic aorta. An angiogram Figure 2 was performed which showed an occluded left brachiocephalic vein. Drainage of the left internal jugular and subclavian systems was through a superior intercostal vein that communicated with an accessory hemiazygos vein and subsequently drained into the azygos vein.

The absence of any relevant medical history suggested that the anomaly was most likely congenital in origin. The catheter was removed due to the concern that the caliber of the blood vessel would not be sufficient to tolerate haemodialysis blood flows or cause complications. Anteroposterior supine chest radiograph after placement of left internal jugular temporary venous haemodialysis catheter. The tip of the catheter projects upon the lateral aspect of the proximal descending aorta.

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Angiogram after injection of contrast through the tip of the haemodialysis catheter. The left brachiocephalic vein is occluded. The distal tip of the catheter white arrowhead is located within a large superior intercostal vein long white arrow. The superior intercostal vein communicates with the accessory hemiazygos vein thin black arrow which drains into the azygos system short white arrow. The thick black arrow is the Swan—Ganz catheter.

Hypoplasia or absence of the brachiocephalic vein necessitates alternate pathways whereby blood from the left upper extremity and left internal jugular vein may reach the right atrium. Possibilities include a persistent left sided superior vena cava which drains into the coronary sinus, as well as several variations through which blood drains via superior intercostal veins into the accessory hemiazygos vein and subsequently into the azygos system [ 2 ].

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The left paramedian location of the catheter on the anteroposterior radiograph raised the possibility of placement in a remnant left-sided superior vena cava, or internal thoracic mammary vein which runs anteriorly [ 3 — 6 ], or superior intercostal vein which runs posteriorly [ 7 — 10 ] Figure 3.

Placement in the pericardiophrenic vein was possible although less likely as it usually runs laterally along the cardiac border [ 11 — 14 ]. A lateral film would have been helpful in distinguishing these possibilities but was difficult given the requirement for ventilatory support. Placement of a central venous catheter in the pericardiophrenic vessel has resulted in pericardial tamponade [ 13 ] while placement in the internal thoracic vein has resulted in pleural effusions, chest wall abscess, pulmonary oedema, dyspnea and chest pain [ 56 ].

The angiogram confirmed the posterior location of the catheter and probable drainage through the superior intercostal vein to the accessory hemiazygos vein and finally to the azygos system. The vertical flow of contrast was inconsistent with that followed by a persistent left-sided superior vena cava.Purpose: This study was performed to investigate the primary patency rate and catheter-related problems associated with use of the femoral vein as a route for tunneled hemodialysis catheterization compared with those of the right internal jugular vein as the first-choice route in patients undergoing maintenance hemodialysis.

Patients and methods: Twenty-two patients underwent placement of indwelling tunneled hemodialysis catheters in the right internal jugular vein as the first option for maintenance hemodialysis, and 20 patients underwent placement in the right femoral vein as the second option.

The primary patency rate of the catheters and catheter-related problems at 1, 3, 6, and 12 months after placement were investigated. Results: The 1- 3- 6- and month primary patency rates of the tunneled hemodialysis catheters in the right internal jugular vein were The primary patency rates of the catheters in the right femoral vein were There were no statistically significant differences in the primary patency rates at 1, 3, 6, and 12 months or in catheter-related problems between the right internal jugular vein and right femoral vein.

Conclusion: The primary patency rate and catheter-related problems of indwelling tunneled hemodialysis catheters placed in the right femoral vein were not different from those in the right internal jugular vein in patients undergoing maintenance hemodialysis. These results suggest that the right femoral vein might be a useful option for placement of indwelling tunneled hemodialysis catheters in patients undergoing maintenance hemodialysis.

Keywords: catheter-related problems; primary patency rate; right femoral vein; tunneled hemodialysis catheter. Abstract Purpose: This study was performed to investigate the primary patency rate and catheter-related problems associated with use of the femoral vein as a route for tunneled hemodialysis catheterization compared with those of the right internal jugular vein as the first-choice route in patients undergoing maintenance hemodialysis.Right IJV double lumen dialysis catheter - tunnelled in the anterior chest wall - with fluid overload status.

Jugular vein puncture is done under local anesthesia using ultrasound guidance.

jugular vein haemodialysis

Guidewire is secured in the right atrium or a the cavo-atrial junction under fluoroscopy over which a jugular sheath is placed. The dialysis catheter is inserted through a subcutaneous tunnel on the chest wall and is placed within the sheath - which is peel-away type of sheath. The sheath is peeled off keeping the catheter in position.

Right internal jugular vein is preferred for jugular dialysis catheters due to its straight access into the superior vena cava and the right atrium. These are placed through a tunnel in the subcutaneous plane with a dacron cuff positioned in the center of the tunnel around the catheter. The usual dialysis catheters are double lumen - one each for inflow and outflow.

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jugular vein haemodialysis

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