أما طريقة تشخيص ال 2 type يكون صعب لان اعراضه خفيفة بسبب الhyperglycwmia
تكون mild ولكن بعد مرور سنوات راح يصير عنده micro and macrovasular complication وغالبا ما يكونون عدهم زياده بالوزن 💚.
تكون mild ولكن بعد مرور سنوات راح يصير عنده micro and macrovasular complication وغالبا ما يكونون عدهم زياده بالوزن 💚.
التشخيص
HbA1C > 6.5%
!!FPG > 125
OGTT > 200
Random (SMBG) > 200
اما target
HbA1C <7
FPG <130
PPG <180
HbA1C > 6.5%
!!FPG > 125
OGTT > 200
Random (SMBG) > 200
اما target
HbA1C <7
FPG <130
PPG <180
مختصر السكر نوع type one
طريقة الاعطاء مال انسولين نقسم الجرعة 50% لل Basal insulin و 50% للbolus insulin
اما بطريقه intensive insuiln regimens يكون حقنه واحده long acting insulin
هنا مااستخدم NPH و3حقن من bouls insulin
Short or rapid action
بطريقة ال Standard insulin تكون حقنتين ، الحقنة الوحدة تحتوي
NPH + Short or Rapid acting
اذا ما وصلنا للتاركت مال PPG اقل من 180 هنا راح نضيف Amyline analog كمساعد
نقيس السكر دائما بال SMBG او CGM
طريقة الاعطاء مال انسولين نقسم الجرعة 50% لل Basal insulin و 50% للbolus insulin
اما بطريقه intensive insuiln regimens يكون حقنه واحده long acting insulin
هنا مااستخدم NPH و3حقن من bouls insulin
Short or rapid action
بطريقة ال Standard insulin تكون حقنتين ، الحقنة الوحدة تحتوي
NPH + Short or Rapid acting
اذا ما وصلنا للتاركت مال PPG اقل من 180 هنا راح نضيف Amyline analog كمساعد
نقيس السكر دائما بال SMBG او CGM
اعراض نزول السكر ما يبين او مكاعد يوصل المريض للتاركت نستخدم CGM افضل
اذا الشخص صار عنده نزول بالسكر من جوا ال 70 لل 55 نستخدمله
15 gram of fast-acting carbohydrates
وترجع نقيس و را ربع ساعة اذا ما وصل لل 70 نرجع ننطي 15 غرام ثانية.
الشخص صار عنده نزول بالسكر اقل من 55 او اغمى عليه ننطي
IV glucose or glucagon
ومن ننطي ننيمه على جانب و ننزل راسه حتى من يتقيئ ما يختنق. 🥲🥲🥲.
اذا الشخص صار عنده نزول بالسكر من جوا ال 70 لل 55 نستخدمله
15 gram of fast-acting carbohydrates
وترجع نقيس و را ربع ساعة اذا ما وصل لل 70 نرجع ننطي 15 غرام ثانية.
الشخص صار عنده نزول بالسكر اقل من 55 او اغمى عليه ننطي
IV glucose or glucagon
ومن ننطي ننيمه على جانب و ننزل راسه حتى من يتقيئ ما يختنق. 🥲🥲🥲.
#صناعيةنظري ملخص الاجهزة بجابتر ال milling
Cutter mill
Mechanism of milling: cutting
Uses: For fibrous materials
Note: Close system
Roller mill
Mechanism of milling: compression and shearing action and attrition in some rollers
Uses: For ointments, pastes and suspensions by attrition mechanism
Hammer mill
Mechanism of milling: Impact
Uses: For dry materials, wet filter cakes, ointments, slurries and granulation
Notes:
- Close system
- Produce irregular shape not free flowable
Ball mill
Mechanism of milling: At low speed attrition at high speed impact
Uses: Wet and dry milling
Sterile milling of ophthalmic and parenteral products
Milling of hard and abrasive materials
Note: It’s batch or continuous operation but mostly batch
Fluid energy mill
Mechanism of milling: Attrition
Uses: For powder below few micrometers
Cutter mill
Mechanism of milling: cutting
Uses: For fibrous materials
Note: Close system
Roller mill
Mechanism of milling: compression and shearing action and attrition in some rollers
Uses: For ointments, pastes and suspensions by attrition mechanism
Hammer mill
Mechanism of milling: Impact
Uses: For dry materials, wet filter cakes, ointments, slurries and granulation
Notes:
- Close system
- Produce irregular shape not free flowable
Ball mill
Mechanism of milling: At low speed attrition at high speed impact
Uses: Wet and dry milling
Sterile milling of ophthalmic and parenteral products
Milling of hard and abrasive materials
Note: It’s batch or continuous operation but mostly batch
Fluid energy mill
Mechanism of milling: Attrition
Uses: For powder below few micrometers
مُلخص چابتر #mixing
Fluid mixing
1) Impellers:
A) Propellers
Example: solution
Type of flow: primarily axial but tangential flow also can occur
Note: They are most effective when they run at high speeds in liquids of relatively low viscosity
B) Turbines
Example: suspensions, emulsions
Type of flow: radial, tangential and axial
Note: Used for fluids of 1000 times viscous.
Vortexing occurs commonly in turbines
C) Paddles
Example: Ointment
Type of flow: Primarily tangential but axial and radial can also occurs
Note: Run at low speeds of 50 rpm or less.
Can also use for semisolids
2) Air jets
Note: The liquids must be of low viscosity, non foaming, non volatile and non reactive with the gas
3) Fluid jets
Note: They behave like propellers and they have axial flow but not tangential flow
Fluid mixing
1) Impellers:
A) Propellers
Example: solution
Type of flow: primarily axial but tangential flow also can occur
Note: They are most effective when they run at high speeds in liquids of relatively low viscosity
B) Turbines
Example: suspensions, emulsions
Type of flow: radial, tangential and axial
Note: Used for fluids of 1000 times viscous.
Vortexing occurs commonly in turbines
C) Paddles
Example: Ointment
Type of flow: Primarily tangential but axial and radial can also occurs
Note: Run at low speeds of 50 rpm or less.
Can also use for semisolids
2) Air jets
Note: The liquids must be of low viscosity, non foaming, non volatile and non reactive with the gas
3) Fluid jets
Note: They behave like propellers and they have axial flow but not tangential flow
Kneaders for semi-solids (pastes)
1) Sigma-blade-mixer
Note: Can be use for solids mixing
Have counter rotating blades
The blades rotates tangentially with speed ratio of about 2:1
Effective in distribution of particles as well as de-aggregation
2) Planetary mixer
Note: Have double rotation reduces dead zones and avoid vortex formation
Can also use for solids
3) Mulling mixers
Note: Efficient for deaggregation of particles not for distribution
4) Roller mills
Note: Composed of hard, abrasion-resistant material
1) Sigma-blade-mixer
Note: Can be use for solids mixing
Have counter rotating blades
The blades rotates tangentially with speed ratio of about 2:1
Effective in distribution of particles as well as de-aggregation
2) Planetary mixer
Note: Have double rotation reduces dead zones and avoid vortex formation
Can also use for solids
3) Mulling mixers
Note: Efficient for deaggregation of particles not for distribution
4) Roller mills
Note: Composed of hard, abrasion-resistant material
Solid mixing
Batch
1) Tumblers/ blenders
Note: Most common type is twin- shell blender
Mechanism of mixing is bulk transport and shear
Depends on speed of rotation
2) Agitator mixer
example Ribbon mixer
Note: Contain helical blades
Contain stationary container don’t depend on gravity
Use for wetted solids in sticky or plastic state
Continuous mixers
1) Barrel type
Note: The material mixed under tumbling motion
2) Zig-zag blender
Note: Consist of V shaped blenders connected in series
Blendex
Note: Used for both continuous and batch mixing for solids without particle size reduction and heat generation
Batch
1) Tumblers/ blenders
Note: Most common type is twin- shell blender
Mechanism of mixing is bulk transport and shear
Depends on speed of rotation
2) Agitator mixer
example Ribbon mixer
Note: Contain helical blades
Contain stationary container don’t depend on gravity
Use for wetted solids in sticky or plastic state
Continuous mixers
1) Barrel type
Note: The material mixed under tumbling motion
2) Zig-zag blender
Note: Consist of V shaped blenders connected in series
Blendex
Note: Used for both continuous and batch mixing for solids without particle size reduction and heat generation
⚪️ Mixing :
🔵Positive: spontaneous, irreversible
Eg: two gases or two miscible liquids .
⚪️Negative: more difficult to form & maintain
Eg: two phase systems: emulsion , suspension , cream .
🔵Neutral: mixing ❌ , de mixing ❌
Unless no external energy input.
Eg: powders , pastes , ointments.
🔴Mechanisms ;
_ bulk transport
_ turbulent mixing
_laminar mixing
_molecular diffusion.
🔵Equipment:
1⃣ tank or container
2⃣supplying energy
3⃣ vessels, baffles , vanes and duct .
For liquid material :
🦋Impeller classified as
1⃣propellers
2⃣turbines
3⃣paddles
🔴Flow patterns :
1⃣radial
2⃣Axial or longitudinal
3⃣tangential
🩵propellers :
_Multithreaded screw
_Three blades commonly
_pitch approximately equal to diameter.
_ low viscosity liquid
_Tangential & axial flow
🩵turbines :
_Don't have constant pitch
_90° angle
_radial (centrifugal action) , turbines (axial discharge).
_Use for 1000 time viscous fluids .
🩵Paddles:
_ Low speeds 50 rpm
_Their blades have ⬆️surface area.
_For viscous liquid & semisolids
_Tangential & axial & radial
💙continuous mixer :
Tube or chamber
For good mixing: vanes , baffles , screws , grind .
💙Kneaders :
1⃣Sigma blade mixer
2⃣Planetary
ثنينهم ح يستخدمون لل عندهم cohesive or adhesive عاليةة
🦋Planetary
⬇️Dead zones
❌Vortex formation
3⃣Mulling mixer : shearing, smearing, blending , kneading.
4⃣Rolling mills.
🔵low Viscosity :
_ generate a high degree of turbulence.
_viscosity of approximately 10 poises
_These requirements are satisfied by airjets, fluid jets, and the high-speed propellers .
⚪️Intermediate viscosity:
_emulsion + suspension
_ Use of laminar + molecular diffusion .
🔵High viscosity:
_ointment
_By shear action of two surfaces & different velocities
_Achived by paddle mixers
🔵Sigma blade & Muller mixer ues for thicker pastes & plastic masses.
⚪️Agitators mixer
Eg : Rabbon mixer
🔵continuous mixer for solids
Eg : barrel & zig _ zag
🔵Positive: spontaneous, irreversible
Eg: two gases or two miscible liquids .
⚪️Negative: more difficult to form & maintain
Eg: two phase systems: emulsion , suspension , cream .
🔵Neutral: mixing ❌ , de mixing ❌
Unless no external energy input.
Eg: powders , pastes , ointments.
🔴Mechanisms ;
_ bulk transport
_ turbulent mixing
_laminar mixing
_molecular diffusion.
🔵Equipment:
1⃣ tank or container
2⃣supplying energy
3⃣ vessels, baffles , vanes and duct .
For liquid material :
🦋Impeller classified as
1⃣propellers
2⃣turbines
3⃣paddles
🔴Flow patterns :
1⃣radial
2⃣Axial or longitudinal
3⃣tangential
🩵propellers :
_Multithreaded screw
_Three blades commonly
_pitch approximately equal to diameter.
_ low viscosity liquid
_Tangential & axial flow
🩵turbines :
_Don't have constant pitch
_90° angle
_radial (centrifugal action) , turbines (axial discharge).
_Use for 1000 time viscous fluids .
🩵Paddles:
_ Low speeds 50 rpm
_Their blades have ⬆️surface area.
_For viscous liquid & semisolids
_Tangential & axial & radial
💙continuous mixer :
Tube or chamber
For good mixing: vanes , baffles , screws , grind .
💙Kneaders :
1⃣Sigma blade mixer
2⃣Planetary
ثنينهم ح يستخدمون لل عندهم cohesive or adhesive عاليةة
🦋Planetary
⬇️Dead zones
❌Vortex formation
3⃣Mulling mixer : shearing, smearing, blending , kneading.
4⃣Rolling mills.
🔵low Viscosity :
_ generate a high degree of turbulence.
_viscosity of approximately 10 poises
_These requirements are satisfied by airjets, fluid jets, and the high-speed propellers .
⚪️Intermediate viscosity:
_emulsion + suspension
_ Use of laminar + molecular diffusion .
🔵High viscosity:
_ointment
_By shear action of two surfaces & different velocities
_Achived by paddle mixers
🔵Sigma blade & Muller mixer ues for thicker pastes & plastic masses.
⚪️Agitators mixer
Eg : Rabbon mixer
🔵continuous mixer for solids
Eg : barrel & zig _ zag
Forwarded from Motivation to study
Untitled Notebook (7) (1).pdf
4.4 MB
السلام عليكم
اريد ملخصات مثل هاي لباقي الجابترات اذا عدكم يا ريت تدزولي
طالع دور ثاني بالصناعية ومحتاج مثل هيج ملخصات كلش....
اريد ملخصات مثل هاي لباقي الجابترات اذا عدكم يا ريت تدزولي
طالع دور ثاني بالصناعية ومحتاج مثل هيج ملخصات كلش....
Forwarded from Motivation to study
Lecture of InduPh. 1.pdf
857.8 KB
محاضرة الـــــSterilization
معدلة .. مترجمة .. موضحة .. عليها ملاحظات (ما بين الــ"") ..
تفيد الذين درسوا على دكتور احمد هاشم) ..
مع حدود الــــ19 سؤال أُجتذرت من محاضرات د احمد هاشم و وباقي الأسئلة من دكتورنا ..
نسألكم الدعاء ..
وفقكم الله .. وخفف عنكم
معدلة .. مترجمة .. موضحة .. عليها ملاحظات (ما بين الــ"") ..
تفيد الذين درسوا على دكتور احمد هاشم) ..
مع حدود الــــ19 سؤال أُجتذرت من محاضرات د احمد هاشم و وباقي الأسئلة من دكتورنا ..
نسألكم الدعاء ..
وفقكم الله .. وخفف عنكم
Forwarded from Motivation to study
Lecture of InduPh. 3.pdf
913.6 KB
محاضرة الـــــMilling
معدلة .. مترجمة .. موضحة ..
مع 50 سؤال .. وسيتم رفع كل ما نجده من اسئلة من الجامعات الاخرى في التعليقات ان شاء الله ..
نسألكم الدعاء ..
وفقكم الله ..
معدلة .. مترجمة .. موضحة ..
مع 50 سؤال .. وسيتم رفع كل ما نجده من اسئلة من الجامعات الاخرى في التعليقات ان شاء الله ..
نسألكم الدعاء ..
وفقكم الله ..