#cmdt

[malibuzz]

98e SESSION DU CONSEIL D'ADMINISTRATION DE LA CMDT : la Holding clôt avec un bénéfice net de 1,414 milliards

Les indicateurs de la CMDT affichent du vert en dépit d’une campagne précédente marquée par une baisse drastique de sa production, corollaire à la privation du Mali d’accès aux principaux ports d’approvisionnement par l’embargo sous-régional, aux inondations des cultures par les pluies diluviennes par endroit et surtout à l’invasion précoce des champs par de nouvelles espèces de Cicadelles…

[bloqdies]

Holaa, podrías hacer un mb de keeho con estas fotos?

㊮ ¹‵⁴ 🌴 ∎ 我爱你 🫨 #CMDT ✝️ ‚

؄د ‎ : 👊🏿 ۘ #3AM ▁ .

[usafphantom2]

SAAF Museum Canadair Mk6 Sabre recreated in SAAF F-86 Korean war livery as flown by SAAF Cmdt Gerneke Credit: Andre Dewa #AviationHistory #Avgeeks #aviation #AviationLovers

@Stealthy360 via X

[luckydraww]

Y/N Intro - Fracture

Navi | Fracture M.List | intro i | intro ii | Prologue

══════♤══════♧══════♡══════♢══════

"Vice-Commandant sent me to give you this."

“Is this the report on the incident?”

"Yes sir."

══════♤══════♧══════♡══════♢══════

CONFIDENTIAL RIDER REPORT -Y/N

Recipient: WL Kim Hongjoong, Second Wing From: V-Cmdt █████████ Subject: Cdt. L/N Y/N - Incident Debrief & Squad Transfer

═══════════════════════════════════

Rider: Y/N L/N Current Assignment: Wing 2, Flame Section—Squad Pending Previous Assignment: Squad 1 - Declared dissolved, all members KIA with exception. Dragon: Dànshael - Female Blue Daggertail - Aethelynor Line Signet: Heartstring - Observation based. Secondary anomaly noted but unverified. Classification escalated to Tier III pending further analysis. See Addendum.

═══════════════════════════════════

Incident Summary: Cadet Y/N is the sole survivor of the destruction and following dissolution of Squad 1 (Wing 2, Flame Section), following a low-risk perimeter patrol along the Western perimeter on ██/██/████. Operation was routine and not expected to encounter resistance beyond baseline. No significant enemy movement was reported within a 15-mile radius.

Post-Incident analysis and secondary reconnaissance indicate corruption of an unidentified nature. Evidence and survivor report strongly suggests that one rider was affected first. Mental compromise or effects of an unknown influence spread rapidly through the squadron, likely or suspected to be psychological in nature, possibly facilitated through dragon bonds. Behavior degraded within moments; squad turned in on self. Chain of command rapidly collapsed, squad was decimated in approximately eight minutes.

Cadet Y/N remained unengaged in the violence, and was found two hours later by recovery team, physically intact but visibly shaken. Dànshael—here on referred to as Dàn—was notably found unconscious but unharmed next to her rider. The cause of the dragon's condition is currently unknown, as there were no external wounds or signs of magical interference detected, and there is no precedent for a dragon to enter an unconscious state without severe trauma.

Cadet reported a phenomenon referred to as "thread distortion", it is believed to be in reference to her signet's perception-based abilities. Cadet was transferred to isolated medical containment for 48 hours before being transferred to standard medical facility. Cadet is set to resume training under probationary terms after finality of transfer to Squad 3—Wing 2, Flame Section—following WL and SL approval. In the event that it is not approved, Cadet is likely to be transferred to Squad 1, Tail Section, Wing 2.

═══════════════════════════════════

Signet Analysis (Provisional)

Officially recorded in file as Heartstring, signet manifests as a passive perception-based ability that allows Cadet to visually "perceive" connections between people, dragons, information, and systems as glowing filaments that shift in color based on dynamics or relations.

During the incident with Squad 1 that led to it's breakdown, this ability appeared to allow the cadet to distinguish which individuals were compromised, tracking the corruption to point of origin, allowing her to predict the spread pattern. This likely enabled her to avoid engagement and isolate from further influence.

However, field observations and recorded reactions during the incident, as well as basic training exercises, suggest a secondary, active component—currently undocumented. Cadet has not exhibited conscious awareness of dual Signet functionality. It is suspected that what has been observed is an advanced use of her signet, with differential suggesting it could also be a layered or compound signet manifestation. This latent function appears to allow her to manipulate or apply pressure to weak points within a system—tactical, social, physical, or psychological. This function has previously been overlooked, relating to the cadet's ability to physically perceive how things connect and therefore break, this manifestation blends closely with her signet's primary function and sensory framework. Continued observation without disclosure to cadet is recommended at this time.

NOTE: While there is no conclusive evidentce, internal investigations have flagged the possibility that the unconscious use of a potential secondary signet function may have contributed to Squad 1's instability. Whether this was a catalyst or simply a reactive measure remains unknown.

═══════════════════════════════════

Behavioral and Psychological Report:

Post-recovery evaluations show acute survivor's guilt, heightened pattern-recognition, and relational aversion. Cadet demonstrates composure under stress but evades direct discussion regarding squad's final moments. Cadet's heightened awareness following trauma has led to a tendency to "read" others before engaging, indicating instinctive Signet usage.

Cadet's dragon, Dàn, exhibits heightened protectiveness, uncooperative behavior, and appears to actively discourage close proximity from unfamiliar dragons or riders following incident. Engage with caution.

═══════════════════════════════════

Recommendations:

Escalation of Signet Classification from Class II (Restricted) to Class III (Classified).

Maintain Tier III Classification of Incident at this time.

Restrict mission exposure to controlled or supervised scenarios until confirmation of stability.

Do not disclose dual-signet theory to Cadet at this time.

Psychological review to be administered quarterly under indirect protocols.

Approve integration into Squad 3 with standard probationary Surveillance. Recommended pairing in Squad 3 with low-conflict cadets.

Flag as potential asset - corruption detection and containment. Monitor for corruption resistance markers.

═══════════════════════════════════

Addendum A - Signet Irregularity Study

Resonance testing post-incident reveal fluctuating cognitive output during high-stress situations, particularly in emotionally charged or relationally unstable environments. Theoretical modeling suggests an inherited signet structure that has yet to stabilize, that may either be:

Dual-Signets manifesting in close synchorny (Currently indistinguishable as separate abilities), or

A rare, multi-functional signet with both perceptive and manipulative properties, likely passed down matrilineally.

It is noted that the Cadet's mother reportedly displayed a similar, though less intense, anomaly during her active service in the Rider Quadrant, though records were sealed following discharge and ultimately death. Lineage analysis suggests maternal inheritance is likely.

Observations confirm heightened activity or signet under emotional or interpersonal duress. Effects include targeted influence over psychological or structural vulnerabilities.

Operational implications are significant. Cadet's capabilities may prove advantageous in:

Identification, isolation, or neutralization of corrupted personal and double-agents.

Stealth and infiltrative scenarios requiring emotional or hierarchical manipulation and perception.

Targeted destabilization

Therapeutic restoration of units post-engagement

However, overuse of signet complex presents escalating risks: relational dissociation, neural fatigue, cognitive fragmentation, and involuntary use of manipulation function of signet. Without further study and control, Cadet may pose an internal security risk.

Cadet to remain under active observation. Recommended structured stress-evaluation trials, temporary restriction from command-critical missions, and close monitoring of signet manifestations.

══════♤══════♧══════♡══════♢══════

luckydraww © 2025 - all rights reserved to luckydraww. Do not steal, plagiarize, or translate any of my work without prior permission.

[kwebtv]

Joseph Flaherty (June 21, 1941 – April 1, 2024) Actor, writer, and comedian. He is best known for his work on the Canadian sketch comedy SCTV from 1976 to 1984 (on which he also served as a writer), and as Harold Weir on Freaks and Geeks.

 He was one of the original writer/performers on SCTV, where he spent eight years on the show, playing such characters as Big Jim McBob (of Farm Film Report fame), Count Floyd/Floyd Robertson, and station owner/manager Guy Caballero, who goes around in a wheelchair only for respect and undeserved sympathy.

In 1989, Flaherty played a guest role in Married... with Children in the season-four episode "Tooth or Consequences", as a recently divorced dentist who must repair Al Bundy's teeth.

During 1997–1998, Flaherty starred in the television adaptation of Police Academy (Police Academy: The Series) as Cmdt. Stuart Hefilfinger. The series lasted for only one season.

In 1999, Flaherty joined the cast of Freaks and Geeks, an NBC hour-long dramedy set in the 1980–1981 academic year, in which he played Harold Weir, the irascible father of two teens. Despite a dedicated cult following, the show only lasted one season. In the third episode, "Tricks and Treats", he dons a cheap vampire costume reminiscent of his "Count Floyd" character of the depicted era.

Flaherty made appearances on the CBS sitcom The King of Queens as Father McAndrew, the priest at the Heffernans' church. He starred on the Bite TV original program, Uncle Joe's Cartoon Playhouse, and served as a judge on the CBC program The Second City's Next Comedy Legend. (Wikipedia)

IMDb Listing

[alexjack45]

Comprehensive Guide to MBBS Final Year Books

The final year of the MBBS program is pivotal, encompassing critical subjects like Medicine, Surgery, Pediatrics, Obstetrics & Gynecology, and more. Selecting the right study materials is essential for mastering these disciplines and excelling in both academic and clinical settings. Medioks offers a curated collection of MBBS final year books tailored to meet the diverse needs of medical students.

Internal Medicine

Internal Medicine forms the backbone of clinical practice. Key textbooks include:

Davidson’s Principles and Practice of Medicine: Renowned for its comprehensive coverage and clarity.

Harrison’s Principles of Internal Medicine: Considered the gold standard for in-depth understanding.

Exam Preparatory Manual for Undergraduates Medicine by Archith Boloor: A concise resource for exam preparation.

These MBBS final year books provide a solid foundation in Internal Medicine.

Surgery

Surgical knowledge is crucial for final-year students. Essential texts include:

Bailey & Love’s Short Practice of Surgery: A comprehensive guide to surgical principles and procedures.

S Das Manual of Clinical Surgery: Focuses on clinical examination and surgical diagnosis.

Sabiston Textbook of Surgery: Offers detailed insights into surgical techniques and patient care.

These MBBS final year books are instrumental in developing surgical proficiency.

Pediatrics

Understanding child health is vital. Recommended books are:

Ghai Essential Pediatrics: Widely used for its thorough coverage of pediatric topics.

Nelson Textbook of Pediatrics: Provides an in-depth look at pediatric medicine.

These MBBS final year books are essential for mastering Pediatrics.

Obstetrics & Gynecology

Key resources include:

DC Dutta’s Textbook of Obstetrics and Gynecology: Comprehensive coverage of obstetric and gynecological topics.

Shaw’s Textbook of Gynecology: Known for its clarity and clinical relevance.

These MBBS final year books are crucial for understanding women's health.

Orthopedics

For musculoskeletal medicine, consider:

Maheshwari’s Essential Orthopaedics: A concise guide to orthopedic principles.

Apley’s System of Orthopaedics and Fractures: Offers detailed explanations of orthopedic conditions.

These MBBS final year books are valuable for orthopedic studies.

Neurology and Psychiatry

Understanding the nervous system and mental health is essential. Recommended texts:

DeJong’s The Neurologic Examination: Focuses on neurological assessment techniques.

Kaplan and Sadock’s Synopsis of Psychiatry: Provides a comprehensive overview of psychiatric disorders.

These MBBS final year books enhance knowledge in Neurology and Psychiatry.

Additional Resources

Other notable books for final-year MBBS students include:

CMDT (Current Medical Diagnosis and Treatment): Offers up-to-date clinical information.

Oxford Handbook of Clinical Medicine: A portable guide for clinical practice.

These MBBS final year books serve as excellent supplementary materials.

Shopping at Medioks

Medioks provides a user-friendly platform for purchasing medical books. Benefits include:

Wide selection of MBBS final year books.

Competitive pricing and discounts.

Reliable delivery services.

Visit Medioks to explore their offerings.

Conclusion

Selecting the right MBBS final year books is crucial for academic success and clinical competence. The resources available at Medioks cater to the diverse needs of final-year medical students, providing comprehensive coverage across all major disciplines. Investing in these books will equip students with the knowledge and skills necessary for their medical careers.

[bitstream24]

SAE J1939 & NMEA 2000 Protocol Stack – A Complete Embedded Solution by EmSA

Explore EmSA's Micro J1939 protocol stack — a compact, ANSI C-based SAE J1939 implementation for embedded systems. Includes BAM, CMDT, and NMEA 2000 Fast Packet plug-ins for multi-frame CAN message support.

[sunaleisocial]

Killing the messenger

New Post has been published on https://sunalei.org/news/killing-the-messenger/

Killing the messenger

Like humans and other complex multicellular organisms, single-celled bacteria can fall ill and fight off viral infections. A bacterial virus is caused by a bacteriophage, or, more simply, phage, which is one of the most ubiquitous life forms on earth. Phages and bacteria are engaged in a constant battle, the virus attempting to circumvent the bacteria’s defenses, and the bacteria racing to find new ways to protect itself.

These anti-phage defense systems are carefully controlled, and prudently managed — dormant, but always poised to strike.

New open-access research recently published in Nature from the Laub Lab in the Department of Biology at MIT has characterized an anti-phage defense system in bacteria, CmdTAC. CmdTAC prevents viral infection by altering the single-stranded genetic code used to produce proteins, messenger RNA.

This defense system detects phage infection at a stage when the viral phage has already commandeered the host’s machinery for its own purposes. In the face of annihilation, the ill-fated bacterium activates a defense system that will halt translation, preventing the creation of new proteins and aborting the infection — but dooming itself in the process.

“When bacteria are in a group, they’re kind of like a multicellular organism that is not connected to one another. It’s an evolutionarily beneficial strategy for one cell to kill itself to save another identical cell,” says Christopher Vassallo, a postdoc and co-author of the study. “You could say it’s like self-sacrifice: One cell dies to protect the other cells.”

The enzyme responsible for altering the mRNA is called an ADP-ribosyltransferase. Researchers have characterized hundreds of these enzymes — although a few are known to target DNA or RNA, all but a handful target proteins. This is the first time these enzymes have been characterized targeting mRNA within cells.

Expanding understanding of anti-phage defense

Co-first author and graduate student Christopher Doering notes that it is only within the last decade or so that researchers have begun to appreciate the breadth of diversity and complexity of anti-phage defense systems. For example, CRISPR gene editing, a technique used in everything from medicine to agriculture, is rooted in research on the bacterial CRISPR-Cas9 anti-phage defense system.

CmdTAC is a subset of a widespread anti-phage defense mechanism called a toxin-antitoxin system. A TA system is just that: a toxin capable of killing or altering the cell’s processes rendered inert by an associated antitoxin.

Although these TA systems can be identified — if the toxin is expressed by itself, it kills or inhibits the growth of the cell; if the toxin and antitoxin are expressed together, the toxin is neutralized — characterizing the cascade of circumstances that activates these systems requires extensive effort. In recent years, however, many TA systems have been shown to serve as anti-phage defense.

Two general questions need to be answered to understand a viral defense system: How do bacteria detect an infection, and how do they respond?

Detecting infection

CmdTAC is a TA system with an additional element, and the three components generally exist in a stable complex: the toxic CmdT, the antitoxin CmdA, and an additional component called a chaperone, CmdC.

If the phage’s protective capsid protein is present, CmdC disassociates from CmdT and CmdA and interacts with the phage capsid protein instead. In the model outlined in the paper, the chaperone CmdC is, therefore, the sensor of the system, responsible for recognizing when an infection is occurring. Structural proteins, such as the capsid that protects the phage genome, are a common trigger because they’re abundant and essential to the phage.

The uncoupling of CmdC exposes the neutralizing antitoxin CmdA to be degraded, which releases the toxin CmdT to do its lethal work. 

Toxicity on the loose

The researchers were guided by computational tools, so they knew that CmdT was likely an ADP-ribosyltransferase due to its similarities to other such enzymes. As the name suggests, the enzyme transfers an ADP ribose onto its target.

To determine if CmdT interacted with any sequences or positions in particular, they tested a mix of short sequences of single-stranded RNA. RNA has four bases: A, U, G, and C, and the evidence points to the enzyme recognizing GA sequences.

The CmdT modification of GA sequences in mRNA blocks their translation. The cessation of creating new proteins aborts the infection, preventing the phage from spreading beyond the host to infect other bacteria.

“Not only is it a new type of bacterial immune system, but the enzyme involved does something that’s never been seen before: the ADP-ribsolyation of mRNA,” Vassallo says.

Although the paper outlines the broad strokes of the anti-phage defense system, it’s unclear how CmdC interacts with the capsid protein, and how the chemical modification of GA sequences prevents translation.

Beyond bacteria

More broadly, exploring anti-phage defense aligns with the Laub Lab’s overall goal of understanding how bacteria function and evolve, but these results may have broader implications beyond bacteria.

Senior author Michael Laub, Salvador E. Luria Professor and Howard Hughes Medical Institute Investigator, says the ADP-ribosyltransferase has homologs in eukaryotes, including human cells. They are not well studied, and not among the Laub Lab’s research topics, but they are known to be up-regulated in response to viral infection.

“There are so many different — and cool — mechanisms by which organisms defend themselves against viral infection,” Laub says. “The notion that there may be some commonality between how bacteria defend themselves and how humans defend themselves is a tantalizing possibility.” 

[jcmarchi]

Killing the messenger

New Post has been published on https://thedigitalinsider.com/killing-the-messenger/

Killing the messenger

Like humans and other complex multicellular organisms, single-celled bacteria can fall ill and fight off viral infections. A bacterial virus is caused by a bacteriophage, or, more simply, phage, which is one of the most ubiquitous life forms on earth. Phages and bacteria are engaged in a constant battle, the virus attempting to circumvent the bacteria’s defenses, and the bacteria racing to find new ways to protect itself.

These anti-phage defense systems are carefully controlled, and prudently managed — dormant, but always poised to strike.

New open-access research recently published in Nature from the Laub Lab in the Department of Biology at MIT has characterized an anti-phage defense system in bacteria, CmdTAC. CmdTAC prevents viral infection by altering the single-stranded genetic code used to produce proteins, messenger RNA.

This defense system detects phage infection at a stage when the viral phage has already commandeered the host’s machinery for its own purposes. In the face of annihilation, the ill-fated bacterium activates a defense system that will halt translation, preventing the creation of new proteins and aborting the infection — but dooming itself in the process.

“When bacteria are in a group, they’re kind of like a multicellular organism that is not connected to one another. It’s an evolutionarily beneficial strategy for one cell to kill itself to save another identical cell,” says Christopher Vassallo, a postdoc and co-author of the study. “You could say it’s like self-sacrifice: One cell dies to protect the other cells.”

The enzyme responsible for altering the mRNA is called an ADP-ribosyltransferase. Researchers have characterized hundreds of these enzymes — although a few are known to target DNA or RNA, all but a handful target proteins. This is the first time these enzymes have been characterized targeting mRNA within cells.

Expanding understanding of anti-phage defense

Co-first author and graduate student Christopher Doering notes that it is only within the last decade or so that researchers have begun to appreciate the breadth of diversity and complexity of anti-phage defense systems. For example, CRISPR gene editing, a technique used in everything from medicine to agriculture, is rooted in research on the bacterial CRISPR-Cas9 anti-phage defense system.

CmdTAC is a subset of a widespread anti-phage defense mechanism called a toxin-antitoxin system. A TA system is just that: a toxin capable of killing or altering the cell’s processes rendered inert by an associated antitoxin.

Although these TA systems can be identified — if the toxin is expressed by itself, it kills or inhibits the growth of the cell; if the toxin and antitoxin are expressed together, the toxin is neutralized — characterizing the cascade of circumstances that activates these systems requires extensive effort. In recent years, however, many TA systems have been shown to serve as anti-phage defense.

Two general questions need to be answered to understand a viral defense system: How do bacteria detect an infection, and how do they respond?

Detecting infection

CmdTAC is a TA system with an additional element, and the three components generally exist in a stable complex: the toxic CmdT, the antitoxin CmdA, and an additional component called a chaperone, CmdC.

If the phage’s protective capsid protein is present, CmdC disassociates from CmdT and CmdA and interacts with the phage capsid protein instead. In the model outlined in the paper, the chaperone CmdC is, therefore, the sensor of the system, responsible for recognizing when an infection is occurring. Structural proteins, such as the capsid that protects the phage genome, are a common trigger because they’re abundant and essential to the phage.

The uncoupling of CmdC exposes the neutralizing antitoxin CmdA to be degraded, which releases the toxin CmdT to do its lethal work. 

Toxicity on the loose

The researchers were guided by computational tools, so they knew that CmdT was likely an ADP-ribosyltransferase due to its similarities to other such enzymes. As the name suggests, the enzyme transfers an ADP ribose onto its target.

To determine if CmdT interacted with any sequences or positions in particular, they tested a mix of short sequences of single-stranded RNA. RNA has four bases: A, U, G, and C, and the evidence points to the enzyme recognizing GA sequences.

The CmdT modification of GA sequences in mRNA blocks their translation. The cessation of creating new proteins aborts the infection, preventing the phage from spreading beyond the host to infect other bacteria.

“Not only is it a new type of bacterial immune system, but the enzyme involved does something that’s never been seen before: the ADP-ribsolyation of mRNA,” Vassallo says.

Although the paper outlines the broad strokes of the anti-phage defense system, it’s unclear how CmdC interacts with the capsid protein, and how the chemical modification of GA sequences prevents translation.

Beyond bacteria

More broadly, exploring anti-phage defense aligns with the Laub Lab’s overall goal of understanding how bacteria function and evolve, but these results may have broader implications beyond bacteria.

Senior author Michael Laub, Salvador E. Luria Professor and Howard Hughes Medical Institute Investigator, says the ADP-ribosyltransferase has homologs in eukaryotes, including human cells. They are not well studied, and not among the Laub Lab’s research topics, but they are known to be up-regulated in response to viral infection.

“There are so many different — and cool — mechanisms by which organisms defend themselves against viral infection,” Laub says. “The notion that there may be some commonality between how bacteria defend themselves and how humans defend themselves is a tantalizing possibility.” 

[christophe76460]

Je préfère que ma langue loue et prie mon Dieu. Je préfère que mon esprit adore le Seigneur. Je préfère que mon coeur chérisse mon Sauveur. Que dès ici-bas mon âme le bénisse.

Nous vivons environ 70 à 80 ans et quelquefois plus. Alors j'aimerai que la majorité de ce temps de conscience soit consacré à ses deux "demandes" et "cmdts" : "Tu aimeras le Seigneur ton Dieu de tout ton coeur, et de toute ton âme, et de toute ta pensée. Et tu aimeras ton prochain comme toi-même".

Que celui qui ne connait pas Jésus-Christ soit ma préoccupation. Et que celui qui le connaît déjà soit un sujet de mes prières.

M'asseoir dans le coeur du Seigneur c'est une grâce, me tenir à ses pieds c'est un honneur.

C'est de l'obéissance et de l'amour que j'aurais eu pour mon Seigneur que ma vie sera réussie.

Soyons d'abord avec le Seigneur avant de faire pour Lui.

I prefer my tongue to praise and pray to my God. I prefer my spirit to worship the Lord. I prefer my heart to cherish my Savior. May my soul bless him from here on earth.

We live about 70 to 80 years and sometimes more. So I would like the majority of this conscious time to be devoted to his two “requests” and “comdts”: “You shall love the Lord your God with all your heart, and with all your soul, and with all your mind. And you shall love your neighbor as yourself.”

Let him who does not know Jesus Christ be my concern. And let him who already knows him be a subject of my prayers.

To sit in the heart of the Lord is a grace, to stand at his feet is an honor.

It is from the obedience and love I had for my Lord that my life will be successful.

Let us be with the Lord first before doing for Him.

[malibuzz]

99ÈME SESSION DU CONSEIL D'ADMINISTRATION DE LA CMDT: Le PDG Nango Dembélé salue l'appui gouvernemental

Les  travaux  de  cette  99ième  session annuelle  de la  CMDT,  tenue  le mercredi  20 décembre  2023   à  l’hôtel de l’amitié  qui, de  par  ses   réalisations soumises   à l’approbation,   se révèlent  satisfaisants.  En effet le  budget 2024  de la CMDT  a   été arrêté  en produits  pour  un montant  de   515, 454 milliards  FCFA,  en  charges à  514, 310 de F et en investissements pour  12,…

[textileebook]

Current Medical Diagnosis and Treatment 2024, 63rd Edition PDF by Maxine A Papadakis, Stephen J McPhee, Michael W Rabow and Kenneth R McQuaid

Current Medical Diagnosis and Treatment 2024, 63rd Edition By Maxine A. Papadakis, Stephen J. McPhee, Michael W. Rabow and Kenneth R. McQuaid Contents: Authors vii Preface xv In Memoriam xvii YEAR IN REVIEW: KEY CLINICAL UPDATES IN CMDT 2024 Disease Prevention & Health Promotion 1 Michael Pignone, MD, MPH Common Symptoms 15 Paul L. Nadler, MD, & Ralph Gonzales, MD, MSPH Preoperative…

[izel-reblogs]

I MAY BE A TAD BIASED. BUT

this ones rlly cool! i think the characterization of collins is simply delicious

HRHRNNDJDJDKE. WILL NEVER BE NORMAL ABOUT THIS. CMDTS WAS MY JNTRODUCTION TO DOLLINS (TY STYRO) AND ITS FUNDAMENTALLY REWIRED MY BRAIN

again, Might Be a Tad Biased but i love this one to death

asking for a friend but anyone know of any good dollins fics out there?

[cmndrt]

#TroyBoi - #Do you? (#dance / #electronicdancemusic. A Jewel: hefty basses and catchy melody. Tipp: Watch that Original Video.) #Music #song #songoftheday #cmdt #neks #picsart #pics #photo #foto #like #shit #wtf #niceone #damn #chill #fun #parrisgoebel #taktixfilms https://www.instagram.com/p/B_NgzSVoKPn/?igshid=1xvlen3h7u1

[smledd]

Usmle First Aid 2021 India Edition

Usmle First Aid 2021 India Edition is Written by Tao Le Vikas Bhushan. This book is must for every medical student who wants to appear on the Usmle First Step 1 Examination. https://www.aibh.in/product/5083/current-medical-diagnosis-treatment-60-th-edition-2021-by-maxine-a-papada

[webofmedical]

CMDT 2019 PDF free Current Medical Diagnosis and Treatment

CMDT 2019 PDF free Current Medical Diagnosis and Treatment

Current Medical Diagnosis & Treatment 2019 (CMDT 2019) is the 58th edition of this series it was published in 2019 and continuously new editions are being published every year. The latest current edition of CMDT is 2022. You can download the free pdf file of CMDT here. CMDT 2019 PDF free helps medical students to understand how to diagnose disease and then how to treat it. The medical interview…