Mohd Farid

Mohd Farid
Showing posts with label Non Invasive Cardiovascular. Show all posts
Showing posts with label Non Invasive Cardiovascular. Show all posts

Sunday, December 15, 2019

CVT Mohd Farid Bin Mohd Taufik Invasive Cardiovascular Lab Cardiac Rhythm Management Procedure Device Clinic Cardiac Cath Lab King Fahd Armed Forces Hospital Jeddah KSA & Non Invasive Cardiovascular Lab Institut Jantung Negara IJN Malaysia Year 2010-December 2019 Attended Cases

CVT Mohd Farid Bin Mohd Taufik
Invasive Cardiovascular Lab
Cardiac Rhythm Management Procedure
Device Clinic
Cardiac Cath Lab
King Fahd Armed Forces Hospital
Jeddah KSA
&
Non Invasive Cardiovascular Lab
Institut Jantung Negara IJN Malaysia

Year 2010-December 2019
Attended Cases





(Click Image To See Detail)

Anyone interested to have Microsoft Excel format for this Log Book can email me at draser1@yahoo.com

Thursday, April 18, 2019

Malaysian Society Of Cardiovascular Technologist MSCVT 2019 2021-Cardiovascular Technologist Profession In Malaysia-CVT Role In Cardiovascular Laboratory


Malaysian Society Of Cardiovascular Technologist 
MSCVT 2019-2021
Cardiovascular Technologist Profession In Malaysia
CVT Role In Cardiovascular Laboratory







Cardiovascular Technologist in Malaysia 

Background 

The role of the cardiovascular technologist is increasingly complex and demanding. The cardiovascular technologist must be familiar with approved clinical protocols for each type of cardiovascular examination he or she performs, the cardiovascular technologist also must be able to analyze the patient’s clinical history fully, in order to identify the purpose of the examination, frame the clinical questions that the examination is intended to answer, and expand the examination as necessary to answer the clinical questions.

Cardiovascular technologist also plays an integral role in the treatment process, applying independent judgment, problem solving skills, and the ability to obtain and integrate accurate diagnostic information whilst supporting the clinicians in performing the treatment. Therefore a guideline for credentialing of the practicing cardiovascular technologist is important to ensure appropriate standards and patient safety is upheld at all times. 

The well-informed public nowadays has to be assured that the quality of the services provided by healthcare practitioner including cardiovascular technologists do have a minimum knowledge and competency in these specialty areas. 

Description Of Profession 

Cardiovascular technologist is an allied health profession specifically focuses in diagnosis and treatment of patients with cardiac and vascular diseases. Through the use of the specific high- technology equipment and at the direction of a qualified physician, they performs cardiovascular diagnostic examination and therapeutic procedures to create an easily definable data. The data  from the specific cardiovascular examination gathered and analyzed. Than the anatomic and physiologic diagnosis may be developed for each individual patient. The cardiovascular technologist therefore is highly specialized diagnostician of the various presentations of cardiovascular disease. The cardiovascular technologist is also trained in advance live support technique as he or she deals with patients with high risk of cardiopulmonary arrest. 

Cardiovascular Technology Sub Specialty Areas 

The profession of cardiovascular technology encompasses four sub specialty arrears including:- 

  • Non-Invasive cardiovascular 
  • Invasive cardiovascular
  • Non-invasive vascular 
  • Cardiac pacing and electrophysiology














Thursday, January 3, 2019

CVT Mohd Farid Bin Mohd Taufik 2010-2018 Cardiovascular Lab Attended Procedure

CVT Mohd Farid Bin Mohd Taufik
Cardiovascular Technologist
2010-2018
Cardiovascular Lab
Attended Procedure

 Cardiac Rhythm Management Collected Cases
1st January 2016 to 31st December 2018
Invasive Cardiovascular Lab Collected Cases
2010 to 31st December 2018
Non Invasive Cardiovascular Lab Collected Cases
2010 to 31st December 2018

(Click Image To See Detail)

Anyone interested to have Microsoft Excel format for this Log Book can email me at draser1@yahoo.com

Saturday, August 12, 2017

CVT Mohd Farid National Heart Institute Of Malaysia Non Invasive Cardiovascular Laboratory Attended Procedure 2010 To 2015-Five Exciting Years

CVT Mohd Farid Bin Mohd Taufik
National Heart Institute Of Malaysia
(Institut Jantung Negara)
2010-2015
Non Invasive Cardiovascular Lab
Attended Procedure

Total Cases 2010-2015

Total Cases Till October Year 2015

Total Cases Year 2014

Detail Cases Year 2013

Total Cases Year 2013

Total Cases Year 2010-2012


(Click Image To See Detail)

Anyone interested to have Microsoft Excel format for this Log Book can email me at draser1@yahoo.com

Coming Soon Cardiac Rhythm Management Device Clinic Log Book 2016 Pacemaker & Device Clinic Services King Fahd Armed Forces Hospital Jeddah

Saturday, July 8, 2017

Recommended Echocardiography Protocol For Routine Echocardiography Study-NCL Department, National Heart Institute Malaysia Consensus









Recommended Echocardiography Protocol

Protocol forTransthoracic Echocardiogram (TTE)

Length of clips: 2 cardiac cycles if in sinus rhythm

Parasternal Long Axis View 
2D parasternal long axis at increased depth to visualize extra cardiac structures. CLIP.
If pericardial effussion is present, may give hints as to the underlying pathology. Measure pericardial effusion thickness. CLIP.
When directly visualized, the normal pericardium is no more than 1 to 2 mm in thickness.
If calcific pericardial disease is present, ultrasound shadowing may occur and again give hints as to the underlying pathology. Measure pericardial thickness. CLIP.
Parasternal long axis view at 2/3 of screen without color (descending thoracic aorta not necessary). CLIP.
Zoom Parasternal long axis of Aortic Valve and Mitral Valve. CLIP.
Parasternal long axis with color through Aortic Valve and Mitral Valve. CLIP.
Zoom Left Ventricular Outflow Tract and measure diameter. CLIP.
M-Mode of Aortic Valve and Left Atrium, freeze frame. CLIP.
M-Mode of Left Ventricle and Right Ventricle, freeze frame (cursor through chordae tendinae). CLIP.
Identify abrupt relaxation of the posterior wall with flattening of endocardial motion during diastole.
Identify abnormal septal motion (Represent with early diastolic notching followed by paradoxical and then normal motion of the ventricular septum). Annotate as “abnormal septal motion”. CLIP.
M-Mode measurement if cursor is perpendicular to long-axis of left ventricle. If not, please proceed to 2D measurement. CLIP.
Total clips: 8



2D Measurement if M-mode cursor not perpendicular
Parasternal long axis view with 2D measurements in end diastole while image is frozen (measure interventricular septal thickness, left Ventricular internal dimension in diastole, posterior wall thickness). CLIP.
Parasternal long axis view with 2D measurements in systole while image is frozen (measure left ventricular internal dimension in systole). CLIP.
Total clips: 2

Right Ventricular Inflow View
Right Ventricular Inflow and Tricuspid Valve without color (include Right Ventricular anterior wall motion if possible. CLIP.
Right Ventricular Inflow and Tricuspid Valve with color. CLIP.
Continuous wave Doppler of Tricuspid Regurgitant jet, measure peak velocity for Right Ventricular systolic pressure (freeze image). CLIP.
Total clips 3

Parasternal Short Axis View 
Short axis view at the base of heart to include Aortic valve, Tricuspid valve and Pulmonic valve if possible. CLIP.
Short axis view of Pulmonic Valve and Pulmonary Artery without color (demonstrate bifurcation if possible and assess size relative to aorta). CLIP.
Short axis of Pulmonic Valve and Pulmonary Artery with color. CLIP.
Continuous wave and Pulse wave Doppler of Pulmonic Valve and Pulmonic Insufficiency jet. CLIP.
Zoom Short axis view of Aortic Valve without color. CLIP.
Zoom Short axis view of Aortic Valve with color. CLIP.
Tricuspid Valve without color. CLIP.
Tricuspid Valve with color. CLIP.
Continuous wave Doppler of Tricuspid Regurgitation jet, measure peak velocity for Right Ventricular systolic pressure. CLIP.
Short axis view of Left Ventricle at mitral valve level without color to assess RWMA. CLIP.
Short axis view of Left Ventricle at mid papillary muscle level without color to asses RWMA. CLIP.
Short axis view of Left Ventricular apex. CLIP.
Zoom Short axis view of Mitral valve without color. CLIP.
Zoom Short axis view of Mitral valve with color. CLIP.
Total clips: 15



Apical 4 Chamber
4 Chamber view without color. CLIP.
Apical 4 chamber optimizing the both atria for volume tracing. Measure right and left atrial areas and volumes (using A-L method) at end-systole. CLIP.
M-mode at tricuspid annulus for TAPSE. CLIP.
Measure TDI S’ velocity at tricuspid annulus. CLIP.
4 chamber view with color of Tricuspid Valve. CLIP.
Continuous wave Doppler of Tricuspid Regurgitation jet, measure peak velocity for Right Ventricular systolic pressure. CLIP.
4 Chamber view with color through Mitral Valve. CLIP.
Continuous Wave and Pulse Wave Doppler through Mitral Valve tips with measurement of E velocity, A velocity, E/A ratio and deceleration time. Valsalva maneuver if E/A >1. CLIP.
4 Chamber view with TDI color in frame rate range of 150-220.CLIP.
TDI Pulse Wave Doppler at Mitral valve septal CLIP and lateral annulus CLIP to obtain e’, a’ and s wave, E/e’.
Zoom Left Ventricle optimizing endocardium. (Trace Left Ventricle endocardium in diastole CLIP and systole CLIP using single plane method to determine Left Ventricular ejection fraction).
Zoom LV apex for apical thrombus without color and with color. Adjust focus length.CLIP
Total clips: 16

Apical 5 Chamber
5 Chamber  view without color. CLIP.
5 Chamber view with color through Aortic Valve. CLIP.
Continuous wave Doppler demonstrating Aortic Insufficiency envelope. CLIP.
Continuous wave Doppler demonstrating Aortic Valve stenosis. CLIP.
Pulse wave Doppler of Left Ventricular outflow. CLIP.
Total clips: 5

Apical 2 Chamber
2 Chamber view without color. CLIP.
2 Chamber view with color through Mitral Valve. CLIP.
Zoom Left Ventricle. CLIP.
Total clips: 3

Apical Long Axis
Long axis view without color. CLIP.
Long axis view with color through Aortic Valve and Mitral Valve. CLIP.
Continuous wave Doppler through mitral valve. CLIP.
Continuous wave Doppler through Aortic Valve. CLIP.
Total clips: 4



Subcostal View
4 Chamber view without color. CLIP.
4 Chamber view with color at IAS. CLIP.
Inferior vena cava and Hepatic veins without color. CLIP.
M-mode of IVC with measurements with and without sniff. CLIP.
Total clips: 4

Suprasternal Notch 
Aortic arch without color. CLIP.
Aortic arch with color. CLIP.
Total clips: 2

Grand total clips: 62

Compulsory parameters for report:

1. LV dimensions systole/diastole
2. LV volume in diastole
3. LV wall thickness diastole
4. LVEF
5. Regional wall motion abnormalities (17 segment model)
6. Grade of diastolic function
7. Comment on apical clot
8. RV size
9. RV systolic function
10. TAPSE
11. PW S’
12. Volume of left atrium
13. Volume of right atrium
14. E vel, A vel, Dt, E’, E/E’, E/A, E/A Valsalva
15. Mitral valve comment
16. Aortic valve comment
17. Tricuspid valve comment
18. Pulmonary valve comment
19. Comment on IVS
20. Comment on IAS
21. Comment on pericardium
22. IVC diameter and est RAP
23. Est PAP

Tuesday, October 25, 2016